Summary
Electric fireplaces have grown from a budget alternative to gas and wood-burning stoves into a mainstream choice, driven by the simplicity of installation (no flue, no gas safety certification, no sweep visits), the rise of realistic flame-effect technology, and their popularity as the centrepiece of media-wall builds. For trades, this creates two very different job profiles under the same product category: a simple electrician's job (mount unit, connect to existing or new circuit) and a substantial joinery-plus-electrical project (media wall with recessed fire, TV, shelving and lighting).
Pricing needs to separate these clearly. A basic wall-mounted electric fire hung like a large picture and plugged into an existing socket is a low-cost, low-time job. The same fire built into a bespoke chimney-breast recess with a new fused spur, cable routing behind plasterboard, and finishing trim is a different job entirely — and quoting the media-wall build using the simple-job day rate is a common source of under-priced work in this trade.
Electrical safety is the compliance anchor: electric fires draw significant current (many 2kW models run close to a standard 13A socket's rating, and built-in units are increasingly wired to a dedicated fused spur rather than a plug), so circuit capacity and cable sizing need checking against BS 7671, and any new circuit work in a kitchen, bathroom or other special location, or any new circuit generally, needs assessing under Part P notification rules.
Key Facts
- No Gas Safe requirement — electric fires have no combustion, flue or gas supply, so none of the gas safety certification, flue and ventilation rules that apply to gas fires apply here.
- Electrical connection method — smaller freestanding/wall-hung units often run from an existing socket; built-in/inset units are increasingly wired via a dedicated fused spur for a cleaner finish and to avoid a visible plug and flex.
- Circuit loading — many electric fires draw 1.5–2kW; check the existing circuit's spare capacity before adding load, particularly on older ring circuits already carrying other appliances.
- Part P notification — new circuit work (a new fused spur, new cabling run) in most rooms is notifiable unless carried out by a registered competent person (NICEIC, NAPIT etc.) who self-certifies, or unless it falls under a minor works exception (like-for-like replacement); always confirm the specific job's notification status rather than assuming.
- No flue or ventilation requirement — unlike gas or solid fuel fires, there is no equivalent to Building Regulations Part J combustion appliance rules for electric fires, since there's no combustion process.
- Media wall builds — the largest and fastest-growing segment of this trade; typically combines the electric fire recess, a TV recess with cable management, shelving/storage, and often integrated LED lighting, built from MDF/timber stud framework and finished in paint, cladding or microcement.
- Weight and fixing — larger electric fire units and any TV mounted above/within a media wall need checking against the wall construction (stud vs masonry) for safe fixing — a common comeback issue is inadequate fixing for the combined weight of the fire unit and any TV bracket.
- Heat output vs room size — most electric fires are supplementary heaters (1.5–2kW), not a primary heat source for a room; setting this expectation with the customer avoids disappointment versus a gas fire or wood burner.
- Chimney breast removal context — many electric fire installations follow a chimney breast removal or an unused fireplace opening being closed up, so structural/building control considerations from that prior work (lintel, hearth, flue capping) are often already in play before the electric fire goes in.
- VAT — standard-rated for supply and installation.
Quick Reference Table
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Try squote free →| Job type | Typical price | Main cost driver |
|---|---|---|
| Wall-mounted fire, existing socket | £200–£450 | Fixing method, wall construction |
| Inset/recessed fire into existing chimney breast opening | £450–£900 | New spur wiring, making good around recess |
| Inset fire, new stud-wall recess build | £700–£1,400 | Carpentry to build the recess, electrics |
| Full media wall (fire + TV + joinery) | £1,500–£4,000+ | Bespoke joinery, cable management, finish |
| New dedicated fused spur circuit (electrical only) | £150–£350 | Cable run length, consumer unit spare way |
| Making good/finishing around existing fireplace opening | £150–£400 | Plaster/render repair, hearth removal |
Detailed Guidance
Separating the "plug it in" job from the "build it in" job
ELECTRIC FIRE JOB TYPE TRIAGE
------------------------------
Freestanding / wall-hung unit,
existing socket in range? -> Low-cost, low-time job
(mounting + basic safety check)
Inset into existing recess,
needs new spur? -> Mid-cost job
(electrics + making good)
New stud-wall recess or full
media wall build? -> High-cost job
(carpentry-led, electrics
is one line among several)
Quoting all three under one "electric fire fitting" day rate is the most common way this trade loses money — the media wall variant is fundamentally a joinery project with an electrical fire as one component, not an electrician's job with some extra boxing-in.
Circuit capacity and the fused spur decision
Before connecting to an existing socket, check what else is on that circuit and the fire's rated current draw — a 2kW fire pulls close to 8.7A, which is fine alone but can push an already-loaded ring circuit close to its limit when combined with other appliances. For a permanent inset installation, wiring to a dedicated fused spur (rather than relying on a plug hidden behind the unit) gives a cleaner finish, avoids a hidden plug becoming inaccessible for isolation, and is generally the better long-term installation — worth pricing as the default rather than the upsell.
Media wall structural and fixing considerations
A media wall typically combines: the fire recess (with clearance to the manufacturer's stated combustible-material/heat-clearance distances, even though there's no combustion, some units still generate real heat at the vent), a TV recess with a bracket rated for the TV's weight, cable management routed through the stud frame, and often LED strip lighting on a separate low-voltage circuit or driver. Getting the stud spacing and noggin positions right for the TV bracket and shelving loads at the framing stage avoids expensive retro-fixing once the boarding and finish are on.
Frequently Asked Questions
Does an electric fire need Gas Safe certification?
No. Gas Safe registration applies only to gas appliances. An electric fire has no combustion process, gas supply or flue, so none of the gas safety certification requirements apply. The relevant compliance point is electrical, not gas.
Do I need to notify Building Control for an electric fire installation?
Only if new electrical circuit work is involved and it isn't covered by a minor-works exception or self-certified by a registered competent person. Simply plugging a fire into an existing socket isn't notifiable new circuit work. Installing a new fused spur or new cable run generally is, unless carried out and self-certified by a NICEIC/NAPIT-registered installer (or equivalent competent person scheme member).
How much heat does an electric fire actually give a room?
Most models are rated around 1.5–2kW, which is a supplementary heat source, not a whole-room primary heating replacement for anything beyond a small space. Setting this expectation with customers — especially those replacing a gas fire or wood burner — avoids disappointment after installation.
What's the difference in price between a simple fit and a media wall build?
A simple wall-mounted or existing-recess installation is largely an electrician's job and prices in the low hundreds. A full media wall is a carpentry-led project (stud framing, boarding, finishing, cable management, TV and lighting integration) with the electric fire as one component, and prices in the low-to-mid thousands depending on size and finish — quoting a media wall at "fireplace installation" day rates is a common way to lose money on this job type.
Regulations & Standards
BS 7671 (IET Wiring Regulations) — governs the electrical installation, circuit design and cable sizing for the fire's power supply.
Building Regulations Part P (Electrical safety – dwellings) — notification requirements for new circuit work.
Building Regulations Part A (Structure) — relevant where a media wall or recess build affects a load-bearing element (rare, but check on older chimney breast structures).
No gas safety or combustion-appliance regulation applies, since electric fires have no flue or combustion process.
GOV.UK — Building Regulations Part P: Electrical safety — notification requirements for electrical work in dwellings.
NICEIC — Domestic electrical installation guidance — competent person scheme self-certification detail.
Electrical Safety First — home electrical safety guidance — consumer and trade guidance on circuit loading and safety.
log burner installation pricing guide — pricing comparison for the solid-fuel alternative
log burner vs multi fuel stove comparison — heat-output comparison context
chimney breast removal pricing guide — often precedes an electric fire installation into a closed-up opening
consumer units — spare-way and circuit capacity context for adding a new fused spur
smart lighting installation — relevant where a media wall build includes integrated LED lighting