Electrical Shock at Work Claims in Ireland: Hidden Injuries, Statutory Breaches and Compensation
Author: Gary Matthews, Principal Solicitor, Law Society of Ireland PC No. S8178. 3rd Floor, Ormond Building, 31-36 Ormond Quay Upper, Dublin D07. 01 903 6408. Published . Last reviewed .
Summary: An electrical shock at work injury claim in Ireland turns on proving employer breach of the Safety, Health and Welfare at Work (General Application) Regulations 2007, Part 3 (Regulations 74–93), and documenting hidden cardiac, neurological or psychiatric damage that often appears days or weeks later. Claims start at the Injuries Resolution Board (IRB), formerly the Personal Injuries Assessment Board (PIAB) until 2023, and are valued under the Judicial Council Personal Injuries Guidelines (2021), which replaced the Book of Quantum in April 2021.
Choose your starting point
At a glance: electrical shock claims in Ireland
Quick answers
Do I have a claim if there is no visible burn? Yes. Many electrical injuries leave no external mark and reveal themselves through delayed arrhythmia, peripheral nerve symptoms, electric cataract or post-electric shock syndrome. Medical evidence, not skin damage, drives the claim.
Who is liable? The employer in most cases under the 2005 Act and the 2007 Regulations, but a contractor, electrical installer registered under Safe Electric, or equipment manufacturer can also be a defendant.
How long do I have? Two years from the accident, or from the date you reasonably knew the injury was significant and connected to work. The clock pauses while the IRB has the file.
How is compensation calculated? Under the Personal Injuries Guidelines 2021, with general damages for pain and suffering plus special damages for loss of earnings, medical costs and future care.
Eligibility decision tree: do you have an electrical shock claim?
The chart below maps the four screening questions a solicitor walks through at first instructions. Answering "yes" to all four indicates a claim that should be investigated. Answering "no" at any stage does not necessarily end the claim, but it changes the legal route or the urgency.
Voltage and current thresholds: how dangerous was the shock?
Severity in electrical injury claims tracks more closely to current (measured in milliamperes) than to voltage. The reference table below sets out the established physiological effect of AC current passing across the chest at 50–60Hz, the standard frequency in the Irish supply. The IS 10101 standard requires residual current devices that disconnect at the 30mA threshold for this reason, and the HSA's published guidance on Electricity in the Workplace [03] explains why portable equipment supplied between 125V and 1000V AC must be RCD-protected.
| Current | Effect on the body | Claim relevance |
|---|---|---|
| 1 mA | Threshold of perception, slight tingling | Generally not actionable absent secondary injury (fall, jolt) |
| 5 mA | Sharp pain, involuntary muscle twitch | Documentable startle response, secondary injury possible |
| 10 to 20 mA | "Let go" threshold exceeded, tetanic muscle contraction, victim cannot release the conductor | VPD Framework duration multiplies, injury severity rises sharply |
| 30 mA | RCD trip threshold under IS 10101 [05] (an RCD that does not trip at this current has failed or been bypassed) | Direct evidence of breach of S.I. 299/2007 Reg 84 |
| 50 to 100 mA | Ventricular fibrillation risk rises sharply, respiratory arrest possible | Cardiac monitoring mandatory, brain damage possible if defibrillation delayed |
| 100 to 200 mA | Likely cardiac arrest, very high mortality without prompt defibrillation | Catastrophic claim, fatal outcome possible |
| Over 200 mA | Severe burns, internal organ damage, frequent cardiac arrest | High Court territory, full forensic engineering essential |
Source thresholds align with HSA Electricity in the Workplace [03] guidance and international electrical injury research. Children, elderly workers and those with pre-existing cardiac conditions can suffer ventricular fibrillation at lower current levels.
Current pathway through the body: which routes are most dangerous?
Pathway through the body is the second leg of the VPD Framework. Hand-to-hand and hand-to-foot pathways cross the chest cavity and put the heart directly in the current's path. Foot-to-foot pathways do not cross the heart and are statistically less likely to cause ventricular fibrillation, although severe burns to the lower limbs and rhabdomyolysis can still result.
On this page
- Quick answer
- Eligibility decision tree · Interactive checker · Limitation calculator
- Voltage and current thresholds + body pathway
- How shocks happen + arc flash zones
- Hidden injuries: cardiac, neurological, psychiatric and ocular
- Statutory breach map (S.I. 299/2007 Part 3)
- From accident to compensation: the IRB and court route
- Evidence + 60-Day Window + interactive checklist
- High-risk sectors: data centres, EV installations and construction
- Irish versus UK claims: full comparison
- What has changed since 2022
- Compensation under the Personal Injuries Guidelines 2021
- Defective products and the 1991 Act
- Mistakes that sink claims
- Employer defence arguments and counters
- Discovery document checklist
- Frequently asked questions
- Related questions Irish workers also search
- References
How electrical shock injuries happen at Irish workplaces
Workplace electrical injuries in Ireland fall into three patterns: direct contact shock, arc flash exposure, and induced or indirect contact through conductive equipment. Direct contact happens when current passes from a live conductor through the body to earth, typically when insulation fails on a 230V power tool, when a cable is severed by a tool, or when a worker reaches into an unisolated control panel. Arc flash is the explosive ionisation of air between conductors, releasing temperatures above 19,000°C and intense ultraviolet radiation. Although less frequent than contact shock, arc flash drives a disproportionate share of severe injuries, a pattern noted by Irish electrical safety bodies although not widely reported in published Irish workplace data.
The Health and Safety Authority (HSA) records 27 workplace fatalities involving electricity in Ireland between 2001 and the end of 2024 [03], drawn from its Electricity in the Workplace guidance and annual review of work-related fatalities. Construction, agriculture and electrical maintenance dominate that figure, although office workers are also injured by faulty extension leads and damaged appliances. Non-fatal incidents are far more common and historically under-reported, because workers shocked by a low-voltage source often feel "fine" at the scene and only present to A&E days later when arrhythmia, neuropathic pain or cognitive symptoms set in.
The Voltage-Pathway-Duration (VPD) Framework. In our practice on electrical shock claims, three documentary facts decide the medical-legal outcome: the voltage that passed through the worker, the pathway through the body (hand-to-hand crosses the chest and is most dangerous, hand-to-foot crosses the heart, foot-to-foot is lower risk), and the duration of contact in seconds. We refer to this throughout as the VPD Framework. Where any one of those three facts is missing from the A&E note, the IRB assessment is almost always lower than the injury warrants. Recovery of the missing fact, by retrospective amendment, witness statement or forensic engineering report, is often the single highest-value step in the case.
The "not let go" phenomenon. When alternating current passes through a hand grasping a live conductor, it overstimulates the flexor muscles of the forearm and produces tetanic contraction. The hand grips harder, the worker cannot release, and exposure time multiplies. Witnesses sometimes assume the victim is "holding on deliberately." Recording this in the witness statement matters because exposure duration is a primary driver of internal damage and quantum, the third leg of the VPD Framework above.
What are the arc flash hazard boundary zones in Irish workplaces?
Arc flash injuries are governed by the worker's distance from the arcing point at the moment of the event. International electrical safety bodies define three concentric boundary zones around an exposed live part where an arc could occur. Workers operating inside these boundaries without the correct level of arc-rated PPE face proportionally rising injury severity. The diagram below summarises the zones. Specific distances depend on the available fault current and clearing time of the upstream protective device.
Hidden injuries: cardiac, neurological, psychiatric and ocular
The most contested electrical shock claims in Ireland involve injuries that leave no visible mark. Defendant insurers routinely argue that without burns, there is "no real injury." Irish medical literature and international electrical injury research show the opposite: the body conducts electricity through deep tissue, and the damage often appears in organs the eye cannot see. The four hidden injury patterns below are the ones most often missed when an A&E doctor discharges a worker as "fine."
Can a workplace electrical shock cause delayed cardiac arrhythmia?
Even a brief shock across the chest can disturb the heart's electrical conduction system. Sinus tachycardia, atrial fibrillation, conduction blocks and, most dangerously, ventricular fibrillation can present immediately or up to 24–48 hours later. Standard practice in Irish A&E departments is at least a 12-lead ECG and, where the current pathway crossed the chest or unconsciousness occurred, a period of cardiac monitoring. The medical record must capture voltage, pathway through the body, and exposure duration. Where a treating doctor failed to monitor a high-risk pathway, the claim record should preserve that omission.
What is Post-Electric Shock Syndrome and how does it affect a claim?
Post-Electric Shock Syndrome (PESS) describes a recognised cluster of cognitive and psychiatric symptoms that appear in the weeks and months after even a "minor" shock. Patients report short-term memory loss, concentration deficits, chronic fatigue, sleep disturbance, mood changes and complex PTSD. The proposed mechanism is a systemic neuroinflammatory response to current passage through the central nervous system, often invisible on standard MRI. Symptoms overlap closely with mild traumatic brain injury, which is why a neuropsychological assessment is the single most useful evidential step in a delayed-onset claim. From handling these cases, the most common reason for an undervalued IRB assessment is missing voltage and pathway data in the original A&E note. We routinely advise clients to request that information be added retrospectively, supported by witness accounts.
Can an electrical shock cause permanent peripheral nerve damage?
Current passing through a limb can cause neurapraxia (a temporary block), axonotmesis (axon damage with intact sheath) or neurotmesis (complete severance). Each grade has a different prognosis and a different value under the Personal Injuries Guidelines 2021. The diagnostic timeline matters: nerve conduction studies and electromyography are most informative roughly three to six weeks after injury, and a prescription history of gabapentin, pregabalin, amitriptyline or duloxetine corroborates a neuropathic pain origin rather than ordinary tissue trauma. For the broader medical-legal framework on diagnosing structural nerve damage following thermal burns, see our guide to post-surgical nerve damage diagnostics, which sets out the same diagnostic protocol applied to a different injury mechanism.
What is electric cataract and how soon does it develop?
High-voltage shock and arc flash can cause electric cataracts, macular damage and retinal detachment. Cataracts in particular are often delayed by months or years, with the lens cloud forming as protein coagulation progresses. A peer-reviewed cohort study published on PubMed Central [16] found a measurably elevated long-term cataract risk after electrical injury. Settling an IRB claim before an ophthalmological review can foreclose recovery for vision loss that emerges later, which is why a baseline eye examination should be part of every catastrophic shock workup.
Symptom-to-specialist mapping for delayed-onset injuries
The single most useful tool in our practice is a deliberate map of post-shock symptoms to the correct specialist and the correct test. Workers who present this map to their GP get the right referral within days, not months. The IRB does not provide one, and competitor guides do not publish one.
| Symptom | Specialist | Test | Optimal timing |
|---|---|---|---|
| Palpitations, chest tightness, light-headedness | Cardiology | 12-lead ECG, 24-hour Holter monitor, troponin trend | Within 72 hours of shock |
| Hand or arm numbness, burning pain, weakness | Neurology | Nerve conduction studies (NCS) and electromyography (EMG) | 3 to 6 weeks post-shock |
| Memory loss, concentration deficit, mood change | Neuropsychology | Standardised neuropsychological battery (WAIS, RAVLT, Trail Making) | 6 to 12 weeks post-shock |
| Blurred vision, glare sensitivity, halos | Ophthalmology | Slit-lamp examination, fundoscopy, optical coherence tomography | Baseline within 30 days, then 6, 12, 24 months |
| Severe anxiety, intrusive memories, sleep disturbance | Consultant psychiatry | Structured clinical interview (SCID-5), PCL-5 scoring | 4 to 8 weeks post-shock |
| Joint pain, reduced range of motion at affected limb | Orthopaedics or rheumatology | MRI, range-of-motion measurement | Within 6 weeks if symptoms persist |
| Persistent dark urine, kidney pain, generalised muscle ache | Nephrology | Serum creatine kinase, urine myoglobin, renal function tests | Within 24 hours if rhabdomyolysis suspected |
Common defendant tactic: Insurers argue that without an entry burn or hospital admission, there is no compensable injury. Irish law has long recognised compensation for psychiatric injury without contemporaneous physical injury, subject to the five-part test set out by the Supreme Court in Kelly v Hennessy [1995] 3 IR 253 (a recognisable psychiatric illness, shock-induced, caused by the defendant, by reason of actual or apprehended physical injury, and a duty of care). In an electrical shock case, the actual or apprehended physical injury limb is satisfied by the electrical contact itself. Kelly v Hennessy [1995] IESC 8 (BAILII) [15]
The statutory breaches that prove employer negligence
The Safety, Health and Welfare at Work Act 2005 [04] sets the broad duty under section 8 for an employer to provide a safe place of work, safe plant and equipment, a safe system of work, and competent supervision. The technical detail that converts that broad duty into a winnable electrical claim sits in the Safety, Health and Welfare at Work (General Application) Regulations 2007 (S.I. 299/2007) [01], Part 3, Regulations 74 to 93. Identifying the precise sub-regulation breached is the single most important step in framing electrical shock liability, and we refer to the table below as the Statutory Breach Map (Reg 81–89) when reviewing files.
| Regulation | Duty | Typical breach in shock claims |
|---|---|---|
| Reg 81 | Construction, installation, protection and use of electrical equipment | Damaged insulation, no proper enclosure, equipment used outside its IP rating |
| Reg 82 | Identification and marking of conductors and circuits | Unmarked live conductors in panels, mislabelled isolators |
| Reg 83 | Adverse and hazardous environments | 230V tools used in damp or confined spaces without 110V centre-tapped supply |
| Reg 84 | Protective devices: residual current devices and overcurrent protection | Bypassed or untested RCD on portable equipment supplied 125V–1000V AC |
| Reg 85 | Switching and isolation for work on equipment made dead | No formal isolation, no permit to work, energy not locked out |
| Reg 86 | Precautions for work on or near live conductors | Live work without justification, no insulated tools, no insulating mat |
| Reg 87 | Working space, access and lighting | Cramped panel access, poor lighting forcing close approach to live parts |
| Reg 88 | Persons engaged in electrical work to be competent | Apprentice or unqualified worker carrying out work reserved to a Registered Electrical Contractor |
| Reg 89 | Testing and inspection | No PAT testing schedule, no periodic inspection certificates produced on discovery |
The 110V centre-tapped supply rule on construction sites
The HSA's published guidance on Electricity in the Workplace identifies the gold-standard control for portable electrical equipment in damp, confined or construction environments as a 110V supply routed through a centre-tapped transformer earthed at the midpoint. This limits the maximum voltage between any conductor and earth to 55V, well below the threshold for ventricular fibrillation in most workers. An employer that supplied a 230V tool to a worker in a flooded basement, a wet plant room or a tunnelling environment is in clear breach of Reg 83.
What is IS 10101:2020 and how does it apply to electrical shock claims?
Ireland's national wiring standard is IS 10101:2020, the National Rules for Electrical Installations, with Amendment 1:2024 and Corrigendum AC2:2025 published by the National Standards Authority of Ireland. IS 10101 (NSAI). Amendment 1:2024 added Part 718 covering communal facilities and workplaces and rewrote Part 722 governing electric vehicle charge point installations. A failure to install Type A residual current devices with 6mA DC fault detection on an EV charge point, or to install arc fault detection devices where the standard now requires them, is concrete evidence of breach.
Safe Electric, RECI and the Completion Certificate
Electrical installation work in Ireland is regulated by the Commission for the Regulation of Utilities (CRU) under the Electricity Regulation Act 1999, with day-to-day administration of the Safe Electric scheme by the Register of Electrical Contractors of Ireland (RECI). A Registered Electrical Contractor must issue a Completion Certificate for restricted electrical works. The absence of a Completion Certificate after a workplace installation is, in itself, evidence that competent-person duties under Reg 88 may not have been met.
Practitioner note. When a defendant's discovery package omits PAT testing logs, lockout records, the most recent periodic inspection certificate, the relevant Completion Certificate, and the documented risk assessment for the specific task, that omission is, in itself, the evidential heart of the case. Employers cannot prove compliance with Regulations 84, 85, 88 and 89 if the records do not exist.
From accident to compensation: the IRB and court route
Most workplace electrical injury claims in Ireland start at the Injuries Resolution Board. The IRB, formerly known as the Personal Injuries Assessment Board (PIAB) until the Personal Injuries Resolution Board Act 2022 commenced in 2023, is a statutory body that assesses general and special damages for most personal injury claims before they can issue in court. Unlike in England and Wales, where there is no equivalent mandatory assessment body, Irish claimants must obtain an IRB authorisation before issuing court proceedings (with limited exceptions for medical negligence and psychological-only claims).
Step 1: secure the medical record
Attend an Irish Emergency Department even if you feel "fine." Ask for the voltage if it can be obtained from the employer or an electrician, the suspected current pathway through the body, and any cardiac monitoring strip. Request that any delayed symptoms appearing in the following days are documented in a follow-up GP attendance and added to the file as a continuation of the index event.
Step 2: report and preserve
Report the accident in writing to your employer the same day or as soon as you are medically able. Keep your own copy. Photograph the scene and the equipment before anything is moved, replaced or repaired. Where an accident produces incapacity for more than three consecutive days (excluding the day of the accident), the employer must report the incident to the HSA under the Safety, Health and Welfare at Work (Reporting of Accidents and Dangerous Occurrences) Regulations 2016. Contact with overhead conductors above 200V is a separately reportable dangerous occurrence under those Regulations regardless of injury severity. Our guide to workplace reporting duties sets out the timing and forms in detail.
Step 3: file the IRB application
The IRB application is filed online at injuries.ie for €45, or by paper for €90, accompanied by a medical assessment form (Form B in older terminology) completed by a treating doctor. The respondent employer has 90 days to consent to assessment. If the employer consents, the IRB obtains its own medical reports, considers loss of earnings vouching and issues an assessment, with average processing of approximately 11 months from acceptance of the application (IRB 2024 figures). Application volumes have been rising and processing times for complex cases can extend significantly longer. If the employer refuses consent or the IRB declines to assess (for example because future loss is too uncertain to value), the IRB issues an authorisation under section 14 of the Personal Injuries Assessment Board Act 2003 permitting court proceedings.
Step 4: court proceedings if needed
Where authorisation issues, proceedings are typically begun in the Circuit Court (general damages cap €75,000) or the High Court (no cap). Cases involving ventricular fibrillation, anoxic brain injury, severe PESS, complex regional pain syndrome, or significant permanent disfigurement usually belong in the High Court. Discovery in court is far broader than at the IRB and allows for production of internal incident reports, near-miss logs, and EHS software extracts, often the decisive evidence in data centre or large-employer claims.
Evidence that wins electrical shock claims
Electrical shock claims are won and lost on documentary evidence assembled in the first 60 days. Voltage, current pathway and exposure duration drive medical causation. PAT testing and isolation records prove the statutory breach. We refer to this assembly period as the 60-Day Electrical Evidence Window because most contemporaneous artefacts (CCTV recordings, ambulance patient care reports, scene photographs before repair, supervisor diary entries) are routinely lost, overwritten or repaired beyond that horizon. The checklist below reflects the evidence categories we routinely build a file around inside that window.
From handling these claims in Irish courts, the most common reason for an undervalued IRB assessment is missing voltage and pathway data in the original A&E note, the first leg of the VPD Framework. Where defendant insurers can argue that the medical record is "vague," general damages tend to settle at the lower end of the relevant Personal Injuries Guidelines bracket. The IRB's published statistics on assessment values do not capture this dynamic because they aggregate awards by injury category, not by record quality.
| Category | What to obtain | Why it matters |
|---|---|---|
| Medical | A&E note with voltage and pathway, ECG strip, neurology referral, ophthalmology baseline, neuropsychological assessment if delayed cognitive symptoms | Establishes injury, causation and severity |
| Scene | Photographs of the equipment and location before repair, witness statements, the relevant section of the site diary | Locks down the factual matrix before evidence disappears |
| Statutory compliance | PAT testing register, periodic inspection certificate, Completion Certificate, isolation and lockout records, permit to work for the task, risk assessment | Maps directly to Regs 81, 84, 85, 88, 89 |
| Training and supervision | Induction records, electrical safety training certificates, the named competent person on site, supervisor's contemporaneous notes | Tests Reg 88 competence and section 10 of the 2005 Act on instruction and training |
| Financial | Payslips for 12 weeks pre-accident, Revenue records, medical receipts, travel logs, evidence of unpaid sick leave | Quantifies special damages |
Forensic electrical engineering
For severe shocks, an independent forensic electrical engineer is the spine of the evidential case. The expert tests the implicated equipment, retrieves the relevant ESB Networks supply records where overhead lines are involved, reviews the site's earthing arrangement against IS 10101, and prepares a report that maps each finding to a specific statutory breach. The cost is significant but, in High Court electrical claims, almost always recoverable as part of the special damages award.
The Hidden Defendant Map: who is liable for the same shock?
A single electrical shock often engages liability across multiple parties. A claim framed against the employer alone can leave compensation on the table where the producer, principal contractor, occupier or training provider also breached their duty. The map below shows the defendant categories we routinely investigate at first instructions.
The Day 0 to Day 60 evidence preservation timeline
The 60-Day Electrical Evidence Window is operationally a sequence of priorities, not a single deadline. The diagram below maps what to do on Day 0, in the first week, by Day 30, and before Day 60.
High-risk sectors: data centres, EV installations and construction
Three sectors generate disproportionate electrical injury volume in Ireland today. Each has its own evidential pattern and its own typical defendants.
Hyper-scale data centres
Ireland hosts a dense cluster of hyper-scale data centres in Dublin's western suburbs and across the Greater Dublin Area, with multi-megawatt diesel and gas generators, large lithium-ion and lead-acid UPS arrays and 11kV switchrooms operated by mechanical and electrical contractors. The HSA prosecution of an electrical infrastructure operator in DPP v ESB (Conlon) resulted in a €250,000 fine in 2015 after a serious electrical incident, illustrating the scale of corporate liability in this sector. HSA prosecutions. Modern data centres run safety incidents through enterprise EHS software such as Wolters Kluwer Enablon or Workday. Specialist solicitors will seek discovery of those internal incident records, near-miss logs and root-cause analyses, which often pre-date the index accident by weeks or months.
Electric vehicle charge point installation
Ireland's policy target of 845,000 private electric vehicles on the road by 2030 has produced a rapid build-out of home and commercial EV charge points. Department of Transport. Installation must be carried out by a Registered Electrical Contractor and certified under Safe Electric. The technical risk is concentrated at commissioning: working on a live distribution board, fitting a Type A RCD with 6mA DC fault detection, and installing arc fault detection devices where IS 10101 Part 722 now requires them. Where an installer is shocked because an employer cut corners on isolation procedure or ignored the rewritten Part 722 requirements, the breach is concrete and the medical evidence is usually clear.
Construction, agriculture and overhead lines
Contact with overhead conductors remains a recurring fatal hazard in Irish construction and agriculture. The ESB Networks Code of Practice for Avoiding Danger from Overhead Electricity Lines [14] (effective May 2019) sets out the safe-clearance distances, "goalposts" and sleeving arrangements that a Project Supervisor for the Construction Stage (PSCS) must factor into the site risk assessment. The HSA's 2025 prosecution of DPP v John Fletcher Ltd, an Irish electrical engineering company, produced a €400,000 fine after a site supervisor was fatally crushed by a 760kg switchgear during manual handling at a hospital plant room. Although the immediate cause was crushing rather than shock, the case illustrates the breadth of safety duties on electrical contractors and the engagement of the dependant claim regime under the Civil Liability Act 1961 [12], with awards substantially higher than for non-fatal injuries.
Recent Irish HSA prosecutions arising from workplace fatalities
The HSA prosecutions register is a useful corroborating record for any Irish workplace claim. Each of the cases below produced a guilty plea and a documented sentencing decision, which a civil claimant can put before the court as part of the factual matrix. Of the four below, only the ESB (Conlon) prosecution involved a fatal electrical shock. The others involved electrical contractors or related workplaces but the immediate cause of death was different. The fines illustrate the range of penalties Irish courts impose for fatal workplace safety failures.
| Case | Year | Fine | Cause of death |
|---|---|---|---|
| DPP v Electricity Supply Board (Shane Conlon) | 2015 | €250,000 | Apprentice electrician fatally electrocuted by a live 38kV disconnect at ESB Finglas station |
| DPP v Kilsaran Concrete Ltd (Court of Appeal review) | 2017 | €1,000,000 | Worker crushed by a hydraulic arm in a wet cast production unit (mechanical, not electrical) |
| DPP v Forde Dismantlers | 2017 | €750,000 | Workplace fatality during dismantling operations |
| DPP v John Fletcher Ltd (electrical contractor) | 2025 | €400,000 plus €5,000 personal fine on director under SHWWA s. 80 | Site supervisor killed by a 760kg switchgear during manual handling at a hospital plant room (manual handling, not electrical shock) |
Source: HSA Prosecutions register [03]. The Kilsaran fine of €1,000,000 was imposed by the Court of Appeal in DPP v Kilsaran Concrete Ltd [2017] IECA 112 on a leniency review, replacing the original €125,000 Circuit Court fine. Inclusion does not represent legal advice on those specific facts.
IS 10101:2020 versus BS 7671: why UK wiring evidence does not prove Irish compliance
UK personal injury solicitors frequently appear in Irish search results for "electric shock at work" queries, citing BS 7671 and the UK Electricity at Work Regulations 1989. Neither applies in Ireland. The Irish national wiring standard is IS 10101:2020 (with Amendment 1:2024 and Corrigendum AC2:2025) [05], adopted under the Commission for the Regulation of Utilities scheme administered by Safe Electric/RECI [06]. A defence based on BS 7671 compliance is not a defence in Irish proceedings. Unlike in England and Wales, where the Electricity at Work Regulations 1989 control workplace electrical safety, in Ireland the controlling instrument is S.I. 299/2007 Part 3 made under the Safety, Health and Welfare at Work Act 2005 [04]. A claim file mistakenly built around UK regulations is not just irrelevant, it is admissibly weak.
Irish versus English and Welsh electrical shock claims: a full comparison
The substantive law, the procedural mechanics and the economics of an electrical shock claim diverge sharply between Ireland and England and Wales. The table below sets out the differences a worker or employer needs to understand before treating UK guidance as authority.
| Feature | Ireland | England and Wales |
|---|---|---|
| Limitation period (personal injury) | 2 years from accident or date of knowledge [10] | 3 years from accident or date of knowledge under the Limitation Act 1980 |
| Workplace safety regulator | Health and Safety Authority (HSA) | Health and Safety Executive (HSE) |
| Wiring standard | IS 10101:2020 with A1:2024 and AC2:2025 [05] | BS 7671:2018 with Amendment 2:2022 |
| Workplace electrical regulations | S.I. 299/2007 Part 3, Regs 74–93 [01] | Electricity at Work Regulations 1989 |
| Mandatory pre-action assessment | Yes: Injuries Resolution Board [07] | No equivalent body |
| Quantum framework | Personal Injuries Guidelines 2021 [09] | Judicial College Guidelines (16th edition, 2024) |
| General damages levels (broadly) | Reduced significantly in 2021 | Generally higher across most categories |
| "No win, no fee" structure | Solicitors prohibited from percentage-of-award fees | Conditional Fee Agreements with success fees permitted |
| Contributory negligence framework | Civil Liability Act 1961 [12] | Law Reform (Contributory Negligence) Act 1945 |
| Fatal accident dependants action | Civil Liability Act 1961, Part IV (sections 47–51) | Fatal Accidents Act 1976 |
A UK-based legal article ranking on Google.ie does not displace Irish statutory authority, and an Irish court will not accept BS 7671 evidence as proof of compliance with IS 10101.
What has changed for electrical shock claims since 2022
Three substantive shifts have reshaped the Irish electrical shock claim since 2022. A worker or representative researching this area should know about each, because guidance written before these changes is now stale.
| Change | Date | Effect on claims |
|---|---|---|
| Personal Injuries Resolution Board Act 2022 commenced | December 2023 | PIAB renamed to the Injuries Resolution Board (IRB). Mediation was introduced as an additional resolution route within IRB process. |
| IS 10101 Amendment 1 published | 2024 | Added Part 718 covering communal facilities and workplace installations. Rewrote Part 722 on EV charge points to require Type A RCDs with 6mA DC fault detection. |
| IS 10101 Corrigendum AC2 published | 2025 | Technical corrections to Amendment 1, with the consolidated standard now the citing reference. |
| HSA prosecution outcomes | 2025 | DPP v John Fletcher Ltd produced a €400,000 corporate fine plus a €5,000 personal fine on a director under section 80 of the SHWWA 2005, reaffirming high penalties for fatal workplace failures at electrical contractors. |
| Insurance cost reform reporting | Ongoing | Central Bank of Ireland National Claims Information Database publishes annual workplace claim cost trends, increasingly cited in defence pricing. |
Workers researching electrical shock claims should treat any guidance referring to "PIAB" or to the "Book of Quantum" as predating December 2023 and April 2021 respectively, and update their references to match.
Compensation under the Personal Injuries Guidelines 2021
Compensation in Ireland is split into general damages (for pain, suffering and loss of amenity) and special damages (for vouched financial losses past and future). General damages are valued under the Personal Injuries Guidelines (2021), which replaced the Book of Quantum on 24 April 2021. Unlike in England and Wales, where the Judicial College Guidelines apply different (generally higher) brackets, the Irish 2021 Guidelines reduced general damages across most categories. The brackets below identify the Guidelines categories that recur in electrical shock claims. Every case turns on its facts and on credible medical evidence.
| Injury category | Guidelines bracket | Typical electrical shock pathology |
|---|---|---|
| Most severe brain damage | Up to €550,000 | Anoxic brain injury after electrocution-induced cardiac arrest, requiring 24-hour care |
| Modest to moderate intellectual deficit | €120,000–€220,000 | Permanent cognitive deficit ending the worker's prior trade |
| Severe psychiatric damage | €80,000–€170,000 | Treatment-resistant complex PTSD with severe depression |
| Severe complex regional pain syndrome | €65,000–€95,000 | Chronic neuropathic limb pain following shock |
| Serious peripheral nerve damage | €20,000–€40,000 | Axonotmesis with loss of motor function and sensation |
| Multiple disfiguring scars | €30,000–€80,000 | Entry and exit burns or skin grafting |
| Severe back injury | €90,000–€140,000 | Spinal fracture from involuntary muscle spasm or arc-flash blast |
| Loss of front teeth | Up to €30,000 | Jaw clenching during the "not let go" tetanic phase of AC shock |
| Minor brain damage (recovery within 6 months) | €500–€3,000 | Transient confusion and post-concussion-like symptoms |
Special damages. In catastrophic shock cases the special damages component often exceeds general damages by a multiple. Past and future loss of earnings (calculated on actuarial evidence and discounted under the Real Rate of Return guidance), care costs, home modification, occupational and psychiatric therapy, and lost pension contributions all feed in. The IRB annual reports [08] indicate that mean awards for serious workplace injury have remained materially below the corresponding High Court trial awards, a divergence that informs whether a particular claimant should accept an IRB assessment or seek section 14 authorisation.
Worked example: loss-of-earnings calculation for a 35-year-old electrician
The example below is illustrative only, intended to show how special damages are constructed in an electrical shock case. Real awards turn on individual evidence, vouched losses, and the discount rate applied at trial.
| Component | Amount | Basis |
|---|---|---|
| Pre-accident gross annual earnings | €55,000 | P60 and 12-month payslip average |
| Past loss of earnings (24 months out of work) | €110,000 gross | Subject to net adjustment for tax, USC, PRSI, and any sick pay or social welfare offset |
| Future loss multiplier (10 years to age 45) | x6.7 approximately | Actuarial multiplier discounted at the Real Rate of Return applicable at trial |
| Future loss of earning capacity (partial) | €27,500 per year x 6.7 = €184,250 | Where the worker can return to lighter, lower-paid work |
| Future medical, occupational therapy, psychiatric care | Variable | Capitalised on care plan from medical reports |
| Lost pension contributions | Variable | Employer and employee contributions to defined contribution scheme, with growth assumption |
In a real claim, these figures are stress-tested by both sides' actuaries, refined by vocational evidence, and integrated with general damages under the Personal Injuries Guidelines 2021 [09]. Awards vary case by case and the figures above are not a quotation.
Glossary of medical-legal terms in electrical shock claims
The vocabulary below appears repeatedly in Irish electrical shock files. The plain-language definitions are intended to help injured workers and their families understand the medical reports, engineering opinions and legal correspondence they will encounter during a claim.
| Term | Plain-language definition |
|---|---|
| Arc flash | Explosive ionisation of air between conductors, releasing intense heat, light and ultraviolet radiation. A primary cause of severe burn and ocular injury without direct contact |
| AFDD (Arc Fault Detection Device) | Device that distinguishes a dangerous arc fault from normal switching by waveform analysis, required in IS 10101 for certain circuits |
| Axonotmesis | Nerve injury where the axon is damaged but the surrounding myelin sheath is intact, with partial recovery typical over time |
| Electric cataract | Cataract caused by passage of electrical current or arc heat through the lens, often delayed by months or years |
| ETCI | Electro Technical Council of Ireland, the body that historically maintained the Irish wiring standards before the IS 10101 series |
| IP rating | Ingress Protection rating under the IEC 60529 standard, classifying enclosure protection against solids and liquids |
| LOTO | Lockout/Tagout, the procedural and physical isolation of energy sources during work on equipment |
| Neurapraxia | Temporary nerve conduction block without structural damage, with full recovery typical |
| Neurotmesis | Complete severance of the nerve including its sheath, with surgical repair often required, partial recovery at best |
| "Not let go" current | Alternating current threshold above which the victim cannot release a grasped conductor due to flexor muscle tetany |
| PESS | Post-Electric Shock Syndrome, a cluster of cognitive, psychiatric and chronic pain symptoms presenting after the index shock |
| RCD | Residual Current Device that cuts power when leakage current exceeds threshold (typically 30mA) |
| RECI | Register of Electrical Contractors of Ireland, which administers Safe Electric on behalf of the Commission for the Regulation of Utilities |
| Rhabdomyolysis | Breakdown of muscle tissue releasing myoglobin into the bloodstream, stressing the kidneys |
| VPD | Voltage-Pathway-Duration, the three-part documentary anchor for medical causation in electrical shock claims |
If the equipment was defective: the Liability for Defective Products Act 1991
Where the shock was caused by a defective tool, appliance or charge point rather than an unsafe system of work, the Liability for Defective Products Act 1991 imposes strict liability on the producer (manufacturer, EU importer or own-brander). The injured party does not need to prove negligence, only that the product was defective and caused damage. Defects fall into three categories: manufacturing (poor build, cheap insulation), design (an inherent flaw across the product line) and marketing (failure to warn). The limitation period under the 1991 Act is three years from the date of knowledge, measured against a long-stop of ten years from when the product was put into circulation, distinct from the standard two-year personal injury limitation under the Statute of Limitations (Amendment) Act 1991.
Mistakes that sink electrical shock claims
- Accepting an A&E "you are fine" discharge without 48-hour neurology and cardiology follow-up. Delayed arrhythmia and neuropathic symptoms appear days or weeks later.
- Failing to record voltage, exposure duration and current pathway in the medical note, then losing the ability to prove severity.
- Allowing the implicated equipment to be repaired, replaced or scrapped before a forensic electrical engineer can examine it.
- Missing the IRB application within the two-year limitation window measured from the date of knowledge under the 1991 Act.
- Settling at the IRB without a baseline ophthalmology examination where the shock was high voltage, leaving electric cataracts uncompensated.
- Treating the matter as a single-defendant employer claim when an installer, principal contractor or equipment producer may also be liable.
Common employer defence arguments and why they fail
Defence solicitors and insurers run a recognisable set of arguments in Irish electrical shock claims. Each has a counter rooted in statute, regulation or case law. The table below pairs the defence with the counter we routinely deploy.
| Defence argument | Counter |
|---|---|
| "There is no visible burn so there is no real injury." | Cardiac, neurological, psychiatric and ocular damage routinely occur without external burns. The Supreme Court in Kelly v Hennessy [1995] 3 IR 253 [15] confirmed that recognisable psychiatric illness shock-induced by an actual or apprehended physical injury is compensable under Irish law. |
| "The worker was distracted or careless." | Contributory negligence under the Civil Liability Act 1961 [12] reduces the award proportionately, it does not bar the claim. Irish courts apportion the majority of fault to the employer where the system of work was systemically unsafe. |
| "The equipment was new and CE-marked." | CE marking is not a defence to a defect. The Liability for Defective Products Act 1991 [11] imposes strict liability on producers for manufacturing, design or warning defects. |
| "The worker bypassed the safety procedure." | The employer must show the procedure was documented, the worker was trained on it, supervision was in place to enforce it, and the procedure itself was adequate to the risk under Reg 88 of S.I. 299/2007 [01]. |
| "The worker was a contractor, not an employee." | Section 12 of the 2005 Act extends the duty of care to "persons other than employees" and the Construction Regulations 2013 [13] impose project-level duties on the PSCS. |
| "The injury was caused by a co-worker's mistake." | Vicarious liability makes the employer responsible for a co-worker's tort committed in the course of employment. Where the co-worker was incompetent, the employer is also primarily liable for negligent recruitment or supervision. |
| "The PAT testing was up to date." | PAT testing of the equipment in question must be produced on discovery, not asserted. Routine omissions in PAT logbooks include tests not conducted by a competent person, tests conducted on the wrong equipment, and tests post-dating the accident. |
| "There was no prior near-miss." | Near-miss logs, EHS software extracts and HSA inspection reports often reveal exactly the prior near-miss the defendant denies. Discovery is the appropriate route to test the assertion. |
Discovery document checklist for an electrical shock claim
Discovery in High Court proceedings is the moment when a claim's evidential strength is decided. The categories below are the documents we routinely seek in an electrical shock case. Defendants who cannot produce them on discovery face a presumption that the underlying duty was not discharged.
| Category | Specific documents | Statutory or evidential link |
|---|---|---|
| Equipment records | PAT testing register for the implicated equipment, periodic inspection certificate for the fixed installation, manufacturer's user manual | S.I. 299/2007 Reg 81, Reg 89 [01] |
| Isolation and lockout | Permit-to-work for the relevant task, lockout/tagout register entries for the day, isolation procedure document, energy isolation drawings | S.I. 299/2007 Reg 85 [01] |
| Risk and method | Task-specific risk assessment, method statement, safe system of work plan, contractor inductions for the site | SHWWA 2005 ss. 8 and 19 [04] |
| Training and competence | Training matrix, individual training certificates, induction sign-in records, supervisor competence assurance file | S.I. 299/2007 Reg 88 [01] |
| Incident and reporting | Internal incident report, near-miss log entries (12 months pre-accident), HSA notification under S.I. 370/2016 [13], EHS software extract | S.I. 370/2016 Reg 5 |
| Insurance and contract | Employer liability insurance schedule, contract between principal and sub-contractor, indemnity clauses | Recovery and apportionment |
| Statutory compliance | Completion Certificate for restricted electrical works, Safe Electric registration of any installer, ETCI declarations | Electricity Regulation Act 1999, Safe Electric scheme [06] |
| HSA correspondence | HSA inspection reports for the site, improvement notices and prohibition notices issued, prior HSA prosecution history of the operator | HSA prosecution register [03] |
A discovery letter targeting these eight categories produces a defended claim record that either substantiates the defence or, more often, exposes the precise statutory breach behind the accident.
Fast facts about electrical shock claims in Ireland
- The IRB filing fee is €45 online or €90 by paper application.
- The employer has 90 days to consent to IRB assessment. Non-response triggers section 14 authorisation.
- RCDs are required on any portable equipment supplied between 125V and 1000V AC under Reg 84.
- Construction sites should use 110V centre-tapped supplies for portable tools, limiting earth-conductor voltage to 55V.
- Electrical contact with overhead lines above 200V is a reportable dangerous occurrence regardless of injury.
- Average IRB processing time is approximately 11 months (IRB 2024 Annual Report), although complex cases can take longer.
Frequently asked questions
Do I have an electrical shock claim if there is no visible burn?
Yes. Many electrical shock claims succeed without any external burn, because the damage is internal: cardiac arrhythmia, peripheral nerve injury, post-electric shock syndrome, or psychiatric injury. Medical evidence drives the case, not skin marks.
The body conducts current through deep tissue and the heart's conduction system, producing measurable damage that often appears 24 to 72 hours after the index event. A 12-lead ECG with serial troponin testing, neuropsychological assessment at six to eight weeks, and an ophthalmology baseline within 30 days are the diagnostic anchors that defeat the "no burn, no claim" denial. The Supreme Court in Kelly v Hennessy [1995] 3 IR 253 [15] established the five-part test for recovering damages for psychiatric injury, which can be satisfied in electrical shock cases by the actual or apprehended physical injury limb (the electrical contact itself). Insurers expect the visual-burn defence and many adjusters initially price these files low until specialist medical reports land.
- Hidden cardiac and neurological injuries are common.
- Neuropsychological assessment is decisive.
- The Kelly v Hennessy framework recognises pure psychiatric injury under Irish law.
Expert insight: In our claims, the strongest "no burn" wins involved clients who initially thought the shock "wasn't serious" and only sought advice months later as symptoms worsened. The delay actually helped prove causation, because the symptom timeline tracked the medical literature on delayed sequelae.
Next step: Personal Injuries Guidelines 2021 [09]
How long do I have to bring an electrical shock claim in Ireland?
Two years from the accident or from the date you reasonably knew the injury was significant and connected to your work, under the Statute of Limitations (Amendment) Act 1991 [10]. The clock pauses while the IRB has the file.
Date of knowledge is decided objectively, asking when a reasonable person in the claimant's position would have realised the injury was significant and attributable to negligent conduct at work. For delayed-onset electrical injuries, the knowledge date often runs from the first specialist diagnosis (cardiology, neurology or ophthalmology) rather than the accident date, sometimes adding months or years to the actionable window. A different limitation applies to defective product claims under the 1991 Act (3 years, with a 10-year long-stop) and to fatal injury actions for dependants under the Civil Liability Act 1961 [12].
- Two years from accident or from date of knowledge.
- Three years under the Liability for Defective Products Act 1991.
- Different framework again for fatal claims under the Civil Liability Act.
Expert insight: A detail that catches many claimants off guard is that simply "feeling rough" after a shock is not the date of knowledge. The clock starts when a doctor connects the new symptom (the arrhythmia, the neuropathy, the cataract) to the original electrical event in writing.
Next step: Statute of Limitations (Amendment) Act 1991 [10]
What does my employer have to prove to defend the claim?
The employer must show compliance with the duty of care under the Safety, Health and Welfare at Work Act 2005 and the specific technical duties in S.I. 299/2007 Part 3. Without PAT records, isolation records and a documented risk assessment, that defence is hard to run.
In Irish electrical shock litigation, the defence usually depends on documents the employer is required to keep but often cannot produce on discovery: portable appliance test (PAT) certificates, the periodic inspection certificate for the fixed installation, the lockout/tagout register for the day in question, the permit-to-work for live activities, and the task-specific risk assessment. When the discovery package omits any of these, the breach is, in practice, conceded by the silence of the employer's own records. The Statutory Breach Map in the table earlier on this page maps the most commonly missed records to the corresponding sub-regulation.
- Reg 81 (equipment installation and protection).
- Reg 84 (RCD protection on 125–1000V AC portable equipment).
- Reg 85 (isolation and lockout for work made dead).
- Reg 88 (competent persons only).
Expert insight: The IRB statistics do not capture this dynamic, but in our experience the absence of a PAT logbook does more practical damage to a defence than any single contested medical fact.
Next step: HSA General Application Regulations guidance [02]
What if I was a contractor, not an employee?
Contractors and self-employed workers have different but real protections. The principal contractor and the occupier owe duties under sections 12 and 15 of the 2005 Act, and the Project Supervisor for the Construction Stage owes duties under the Construction Regulations 2013.
Section 12 of the 2005 Act extends an employer's duty of care to "persons other than his or her employees" who could be affected by work activities, capturing self-employed sparks, agency workers and visiting M&E contractors. On a construction site, the Project Supervisor for the Construction Stage (PSCS) under S.I. 291/2013 [13] must produce a project-level safety and health plan that includes electrical risks. Where the shock involved defective tooling or equipment, a parallel claim against the producer under the Liability for Defective Products Act 1991 [11] can run alongside the negligence action against the principal contractor.
- Section 12 covers persons other than employees.
- The PSCS scheme covers project-level electrical safety.
- An installer can pursue the equipment producer concurrently.
Expert insight: Multi-defendant electrical claims appear daunting to claimants, yet they often increase the prospects of recovery. Insurers responsible for different defendants frequently turn on each other during apportionment, which speeds settlement once liability is conceded by one of them.
Next step: Construction Regulations 2013 [13]
How is electrical shock compensation calculated in Ireland?
Under the Personal Injuries Guidelines 2021, with general damages for pain and suffering and special damages for losses. Brackets range from a few hundred euros for transient symptoms to over €550,000 for catastrophic anoxic brain injury. Every case turns on its medical evidence.
General damages are placed within a Guidelines bracket based on severity, persistence and prognosis. Where multiple injuries arise from the same shock (for example a hand burn, peripheral neuropathy, and post-electric shock syndrome), the courts apply a "totality" uplift on the dominant injury rather than simple addition. Special damages are vouched out-of-pocket losses past and future, including past loss of earnings, future loss of earning capacity calculated on actuarial evidence, medical treatment, occupational therapy, home modification, and the cost of future care. In catastrophic cases, special damages routinely exceed general damages by a multiple.
- General damages from the relevant Guidelines bracket.
- Special damages from vouched losses, past and future.
- Future care actuarially calculated and discounted.
Expert insight: The Guidelines state recovery in 2-5 years for "minor brain damage" tops out around €25,000, but in Circuit Court practice the dominant value driver in PESS cases is the loss-of-earnings calculation rather than the general damages bracket itself.
Next step: Personal Injuries Guidelines 2021 [09]
What if my electrical injury happened on a hyper-scale data centre site?
Data centre M&E contractor claims engage the principal contractor, the operator and often equipment suppliers. Internal EHS software (Enablon, Workday) records frequently produce decisive discovery evidence about prior near-misses or systemic isolation failures.
Hyper-scale facilities operate under sophisticated EHS regimes precisely because their owners require a near-zero downtime tolerance. That same discipline produces an unusually rich documentary trail: incident reports, near-miss logs, root-cause analyses, change-management approvals for live electrical work, and contractor permit-to-work registers. Specialist solicitors will seek targeted discovery of these records under the Rules of the Superior Courts and the relevant Circuit Court rules. The HSA prosecution history of a site or operator, accessible through the HSA prosecutions register, is a separate but powerful evidential strand.
- Multi-defendant action is normal in data centre electrical claims.
- EHS software records are a primary discovery target.
- HSA prosecution history can strengthen the negligence case.
Expert insight: One detail that surprises clients is the breadth of "near-miss" reporting in this sector. A documented near-miss involving the same circuit weeks before the index accident is, on its own, often the difference between a defended claim and a settled one.
Next step: HSA prosecutions register [03]
What if I made a mistake and partly caused the shock?
Contributory negligence under the Civil Liability Act 1961 reduces the award proportionately rather than barring the claim. Irish courts often apportion the majority of fault to the employer where the system of work was systemically unsafe, even if the worker made an error.
The 1961 Act applies a percentage reduction to general and special damages combined. Unlike in England and Wales where the test is broadly similar but framed under different legislation, Irish courts have historically taken a workforce-protective approach: where the underlying system of work breached the 2007 Regulations, an apportionment of 80–90% to the employer is common even when the injured worker contributed to the proximate cause. This is particularly the case where the worker is young, an apprentice, or operating outside their formal scope of training.
- Proportionate reduction, not a complete bar.
- Systemic safety failures shift weight to the employer.
- Mistakes by unqualified or untrained workers often reflect training failure.
Expert insight: Fear of being blamed deters more valid claims than any other factor we encounter. In Circuit Court practice, the framing usually shifts during witness evidence, when it becomes clear the worker had no way of knowing the equipment was unsafe.
Next step: Civil Liability Act 1961 [12]
What if a family member died from a workplace electrocution?
Dependants can claim under sections 47 to 51 of the Civil Liability Act 1961. The claim covers mental distress damages (statutory cap), loss of dependency, and reasonable funeral expenses. Awards in fatal cases are typically higher than in equivalent non-fatal claims.
The dependants action is brought by the personal representative for the benefit of the deceased's spouse, civil partner, parents, children, grandchildren and certain other relatives. Mental distress damages (the solatium) are subject to a statutory ceiling that has been increased periodically by ministerial order. Loss of dependency is calculated using actuarial principles familiar to fatal injury practitioners and the courts. The 2-year limitation period runs from the date of death rather than the date of the accident, which can preserve a claim where the deceased survived the shock initially and died later from delayed cardiac or anoxic injury.
- Solatium for mental distress to dependants.
- Loss of financial dependency calculated actuarially.
- Reasonable funeral and headstone expenses.
Expert insight: The procedural framework differs from a non-fatal personal injury claim. Where the deceased had been pursuing a personal injury action before death, the personal representative can usually continue both the survived action and the dependants' action concurrently.
Next step: Civil Liability Act 1961, Part IV [12]
Are electrical shock claims handled on a "no win, no fee" basis?
Many specialist firms front the cost of medical reports and forensic engineering pending the outcome, although Irish solicitors cannot calculate fees as a percentage of the award. Costs are governed by the Legal Services Regulation Act 2015 and a written section 150 letter is required at engagement.
The phrase "no win, no fee" is used loosely in the Irish market and the Legal Services Regulatory Authority [18] regulates how solicitors communicate cost to clients. The section 150 letter must set out the basis of charging in clear terms, including how outlay (medical reports, forensic engineering, witness fees) will be handled if the case fails. Most reputable Irish firms will carry the outlay until conclusion in meritorious electrical shock claims, recover it from the defendant on success, and write off the cost on rare loss. Percentage-of-award fees, common in the United States, are prohibited in Ireland.
- Section 150 letter is mandatory at engagement.
- Percentage-of-award fees are prohibited in Ireland.
- Outlay can usually be carried until the case resolves.
Expert insight: Transparency about cost structure is a regulator-driven duty, not a marketing choice. The most useful question to ask any solicitor at the first meeting is what happens to outlay if the case is unsuccessful.
Next step: Legal Services Regulatory Authority [18]
How much compensation can I get for an electrical shock at work in Ireland?
Compensation depends on injury severity and is assessed under the Personal Injuries Guidelines 2021. Minor shocks with full recovery in months can attract a few thousand euros for general damages. Moderate cases involving cardiac monitoring, nerve symptoms or psychiatric injury can sit in the 15,000 to 60,000 euro range. Catastrophic anoxic brain injury or severe arc flash burns can exceed the 550,000 euro general damages cap, with additional special damages for loss of earnings, care and medical costs.
The actual figure for any one case turns on three independent factors. The first is the medical evidence, particularly the severity-of-prognosis letter and any specialist reports. The second is the bracket assigned under the Guidelines using the dominant injury and the multiple-injuries uplift method approved by the Court of Appeal. The third is the loss of earnings vouching, which often outweighs general damages in serious cases. The Personal Injuries Guidelines 2021 are the statutory anchor and a treating doctor's bracket-assignment letter is the single most influential document in the file.
- General damages run from a few thousand euro to 550,000 euro depending on severity.
- Special damages for loss of earnings can be the largest single component.
- The Guidelines bracket is the framework, not a fixed figure.
Expert insight: Settlement strategy in electrical shock cases turns on framing the dominant injury correctly. A delayed cardiac arrhythmia diagnosed at week six often attracts a higher bracket than a more visible burn that resolves in two weeks.
Next step: Read the compensation valuation section for the worked example.
Do I have to report an electrical shock at work to the HSA?
Your employer has the legal duty to report the accident to the Health and Safety Authority if you are unable to do your normal work for more than 3 consecutive days excluding the day of the accident, under the Safety, Health and Welfare at Work (Reporting of Accidents and Dangerous Occurrences) Regulations 2016 (S.I. 370/2016). The duty falls on the employer, not on you. However, you can make your own report to the HSA online at hsa.ie if you believe the employer has failed to do so.
The HSA report does not start your civil claim and is not a precondition to compensation. It is, however, a strong piece of independent corroboration. An accident that was reported, investigated and recorded is far harder for the employer's insurer to dispute later. If your employer minimises the incident or asks you to stay off the books, that itself is evidence relevant to the claim. Self-employed contractors and the principal contractor on a construction site have parallel reporting duties under the same regulations.
- The threshold is 3 consecutive days excluding the day of the accident.
- The duty is on the employer.
- You can make your own report at hsa.ie if needed.
Expert insight: Where an employer has not reported a clearly reportable accident, that omission tends to surface as a credibility issue in negotiations and at hearing.
Next step: HSA accident reporting guidance.
Can I claim for a low-voltage electrical shock at work?
Yes. Irish law does not require a high-voltage shock to ground a claim. Standard 230V mains supply can produce ventricular fibrillation, peripheral nerve damage and post-electric shock syndrome, and the Personal Injuries Guidelines 2021 do not impose a voltage threshold. The compensable injury is the medical injury, not the voltage. A 230V shock from a faulty extension lead with no working RCD has produced multiple successful Irish claims.
That said, voltage and current pathway are central to the medical narrative and the value of the claim. A shock across the chest at 230V with two seconds of exposure can drive a moderate-bracket valuation if cardiac and neurological symptoms are documented. The "low voltage so no real injury" defence is a common adjuster opening that medical evidence routinely defeats. The Voltage-Pathway-Duration (VPD) Framework on this page is the practical tool for capturing the three variables that drive valuation.
- 230V can cause ventricular fibrillation.
- The Guidelines do not impose a voltage threshold.
- Pathway and duration matter as much as voltage.
Expert insight: The most common low-voltage liability scenario in Ireland is a tool with damaged insulation supplied by an employer without working RCD protection on the circuit. Both failures engage Reg 81 and Reg 84 of S.I. 299/2007.
Next step: Read the current threshold reference table for the medical effects at each level.
I felt fine at the time but symptoms started days later. Can I still claim?
Yes. The 2-year limitation period under the Statute of Limitations (Amendment) Act 1991 runs from the later of the date of the accident or the date of knowledge of the injury. Many electrical shock injuries follow a "feel fine then deteriorate" pattern, with cardiac arrhythmia, peripheral neuropathy or psychiatric symptoms surfacing days or weeks later. The date-of-knowledge doctrine recognises this medical reality.
The practical risk is evidential. Without an A&E note or an early GP record connecting the late symptoms back to the original shock, the insurer will argue the symptoms have a different cause. The 60-Day Electrical Evidence Window described on this page exists precisely to bridge that gap. If you are reading this weeks or months after the shock, do not assume the case is lost. Speak to an Irish solicitor who can take a date-of-knowledge view on the file and advise on whether specialist evidence can still be assembled.
- The 2-year clock can run from the date of knowledge, not always the accident.
- An A&E note from the day of the shock is the strongest anchor.
- Late presentation does not automatically defeat the claim.
Expert insight: The date-of-knowledge doctrine is fact-specific and contested. If you are within 6 months of the standard 2-year expiry, treat the matter as urgent and take legal advice the same week.
Next step: Use the limitation calculator on this page to see your remaining window.
References
- S.I. No. 299/2007 - Safety, Health and Welfare at Work (General Application) Regulations 2007 (Irish Statute Book, accessed April 2026).
- General Application Regulations 2007: HSA Guidance (Health and Safety Authority, accessed April 2026).
- Electricity in the Workplace (Health and Safety Authority, accessed April 2026).
- Safety, Health and Welfare at Work Act 2005 (Revised) (Law Reform Commission, accessed April 2026).
- IS 10101:2020 National Rules for Electrical Installations (with A1:2024 and AC2:2025) (NSAI, accessed April 2026).
- Safe Electric Ireland (Register of Electrical Contractors of Ireland, accessed April 2026).
- Making a Claim (Injuries Resolution Board, accessed April 2026).
- IRB Annual Reports (Injuries Resolution Board, accessed April 2026).
- Personal Injuries Guidelines 2021 (Judicial Council, accessed April 2026).
- Statute of Limitations (Amendment) Act 1991 (Revised) (Law Reform Commission, accessed April 2026).
- Liability for Defective Products Act 1991 (Irish Statute Book, accessed April 2026).
- Civil Liability Act 1961 (Revised) (Law Reform Commission, accessed April 2026).
- Safety, Health and Welfare at Work (Reporting of Accidents and Dangerous Occurrences) Regulations 2016 (Irish Statute Book, accessed April 2026).
- ESB Networks Code of Practice for Avoiding Danger from Overhead Electricity Lines (ESB Networks, May 2019).
- Kelly v Hennessy [1995] IESC 8, [1995] 3 IR 253 (Supreme Court of Ireland, 28 November 1995). Leading authority on damages for psychiatric injury in Ireland.
- Electrical injury and the long-term risk of cataract: a prospective matched cohort study (PubMed Central, 2023).
- National Policy Framework on Alternative Fuels Infrastructure for Transport in Ireland (Department of Transport, accessed April 2026).
- Legal Services Regulatory Authority (LSRA, accessed April 2026).
Disclaimer (footer): This page is published for educational purposes only by Gary Matthews Solicitors, regulated by the Law Society of Ireland. It is not legal advice and no solicitor-client relationship is created by reading it. Compensation outcomes vary case by case under the Personal Injuries Guidelines 2021. For advice on your specific situation, contact a qualified solicitor.
Gary Matthews Solicitors
Medical negligence solicitors, Dublin
We help people every day of the week (weekends and bank holidays included) that have either been injured or harmed as a result of an accident or have suffered from negligence or malpractice.
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