Electrical method statement template: a safe sequence to complete

An electrical method statement describes how a defined electrical task will be prepared, isolated, carried out, tested and handed over without exposing people to electrical danger. This copyable form gives a structure for those decisions. It is not a wiring design, a safe-isolation instruction for untrained people, a test certificate or permission to work live. A competent person must adapt it to the actual installation, available supply information, task risk assessment, site rules and current technical requirements before work starts.

The HSE's Electricity at work: Safe working practices (HSG85) is the primary source for planning work on or near electrical equipment. It stresses identification, disconnection from all sources, secure isolation, proving dead, protecting against adjacent live parts and controlled return to service. HSE's construction-systems guidance says specialist electrical work should only be undertaken by trained and competent people and that safe isolation procedures must always be followed. A generic “switch off and proceed” line is not an adequate method.

This page is a fillable electrical method form. The live Complys electrical RAMS guide already owns the broad explanatory query; the electrical RAMS product page owns commercial software intent; and the generic method-statement template owns the general form. The proposed page should exist only if it delivers a genuinely useful electrical-specific form and does not repeat the guide. These live pages carry strong legal and product statements that require whole-page QA before they are linked as verified claims.

Decide the job and boundaries first

Electrical work can mean inspection, fault-finding, first fix, second fix, replacement, maintenance, commissioning or a full installation. Do not use the same prefilled method for all. Identify the actual circuit and equipment, voltage, supply sources, ownership, permit conditions, occupation status, adjacent work and handover responsibilities. The electrician or designer must decide which standards and inspection/testing procedure apply to that installation. If the installation information is missing or conflicting, investigate before creating an apparently complete method.

The method should address people who may be affected: the electrical team, other trades, building users, occupants, visitors and anyone controlling the supply. In refurbishment, hidden cables may be affected by work by other trades. HSE notes that managers should understand the building's electrical system and liaise with the occupier so work can be planned without exposing workers to danger. Work on or near electrical equipment should normally be planned so it can be done dead. Any proposed live work needs a separate, competent and tightly controlled justification and assessment; this blank template must not be treated as approval for it.

Copyable electrical method statement form

Replace each bracketed entry. Attach the task risk assessment, current drawings, permit or isolation record, design information, testing plan and manufacturer instructions as applicable. The person in control should review every hold point with the competent electrical team and other parties controlling the system.

A. Document and scope

A phrase such as “electrical installation” is too broad. State whether the team is running cable, terminating equipment, replacing protective devices, testing, fault-finding or energising a new circuit. Define interfaces with builders, fire-alarm contractors, facilities staff and supply owners. If the work involves a shutdown, identify who can authorise it and what essential services it affects.

B. System information and competence

Do not rely on a label alone to identify a circuit. HSG85 says labelling is important but must not be assumed correct; the circuit must be proved dead before work starts. A building can contain generators, UPS equipment, solar PV, battery systems or interconnected circuits that alter the source picture. Only someone with the necessary competence and access to system information should make the electrical decisions. The method records the verified arrangement; it does not teach an untrained person to investigate an unknown installation.

C. Isolation and permission-to-start hold point

This is a hold point, not a tick box to sign retrospectively. HSG85 calls for disconnecting from every source, securing the isolation against reconnection and verifying that the relevant conductors are dead with suitable equipment. Where several workers depend on one isolation, the control method must protect all of them. The competent team should use its approved safe-isolation procedure and appropriate test equipment. Do not insert a simplistic universal sequence into a public blank template: installation type, source arrangement and site authorisation matter. If identity or isolation cannot be established, stop that work and resolve it; do not replace evidence with an assumption that a switch is off.

D. Planned work sequence

Adapt the sequence to the task. A fault-finding job may require a distinct diagnostic plan and may involve testing where circuits are energised. That must be planned and authorised by competent people with suitable precautions, not smuggled into an installation method. A new-build first-fix job may have no energisation within its scope. If someone else is responsible for testing or commissioning, name the handover boundary instead of claiming that the installing crew will certify everything.

E. Physical work, tools and interfaces

Electrical safety does not remove ordinary construction risks. Drilling into an existing wall may strike concealed services. Trays and heavy switchgear need handling and access plans. Work above a ceiling can affect fire compartmentation and other trades. Temporary supplies and tools should be suitable and maintained. HSE's electrical-safety construction guidance covers planning and management of electrical systems on sites. Identify the relevant task controls and responsible trade rather than copying an exhaustive generic hazard list into every electrical method.

F. Testing, controlled return to service and handover

A safe handover is part of the method. Do not remove a lock or restore supply merely because work appears finished. Establish that affected workers are clear, temporary connections are removed, inspections and tests are complete, any defects are assessed, and the person with authority has accepted the return-to-service plan. Some tests are performed before energisation and some may require an energised state; the competent tester must define the sequence and controls. This template cannot declare the installation compliant or issue an Electrical Installation Certificate. Use the applicable technical scheme and documentation for the actual work.

G. Briefing, changes and sign-off

If a circuit is not what the drawing says, unexpected voltage is found, a new backfeed becomes apparent, an occupant requests a scope change or isolation fails, stop the affected operation. Make the system safe, investigate, revise the method and rebrief the team. Do not treat a live risk discovered in the field as a minor handwritten amendment.

Example: consumer-unit replacement in an occupied building

A contractor is asked to replace a distribution board while part of a building remains occupied. A useful method identifies the exact board, supply origin and any alternative source; agrees a shutdown with the occupier; confirms affected services and emergency arrangements; and lists who controls isolation. The electrical team verifies the system and uses its approved secure-isolation procedure. The work area is segregated, removal and installation are sequenced, and the competent tester specifies inspection and testing before return to service. Occupiers are notified of the planned restoration. The supervisor checks that all workers are clear and the isolation-control process is satisfied before re-energisation. If an unexpected generator connection is discovered, the work pauses for a revised isolation plan. This example illustrates the decision trail; it is not a switching instruction.

What a reviewer should reject

Reject a draft that names no actual circuit or supply, assumes a breaker label is accurate, omits alternative sources, says “isolate” without assigning control, offers no proof-of-dead hold point, or allows lock removal without accountability. Also challenge a method that bundles potentially live fault-finding into routine dead installation work, copies a test plan unrelated to the equipment, or promises a certificate outside the team's scope. A thick form is not safer than a short one with a verified system and usable controls.

Links, product and next step

The live electrical RAMS guide explains the broader risk-assessment context. The generic method-statement template is for cross-trade structure. The electrical RAMS page is the money-page relationship, subject to implementation and whole-page claims verification. No software, including Complys, can determine an unknown circuit's safe isolation, grant a permit, perform electrical testing or certify the installation merely by generating text. Complete this form with the system owner and competent electrical team, then approve the project-specific version before work starts.

Source, claim, owner, product, links and writer-side QA

Terminal writer-side disposition: READY.