info@positivenav.comAvalon, Macmillan Road, Rowley Regis, B65 8ASCall AboutDomestic Commercial Service Areas Contact07518 498193Request Estimate - Home - Commercial - Future Building Standard (2027) Commercial # A Clear Compliance Routeto the Future BuildingStandard in 2027 Capacity, low-carbon heating control, charging provision and metering specified at design stage, so schemes completing after March 2027 are compliant by design, not corrected at second fix. Request Estimate07518 498193 Loxone partner · Developer and main contractor schemes · No-obligation quotes · Design-stage input March 2027 deadline Specification support ahead of the standard taking effect. Design-stage input We review and price before layouts and routes are fixed. Loxone Partner Control and metering delivered with the electrical package. Residential too Same team covers the Future Home Standard on mixed schemes. ## What the Future Building Standard means for a commercial scheme The Future Building Standard applies to new non-domestic buildings from March 2027. Its direction is straightforward: commercial buildings are expected to use low-carbon heating, accommodate electric vehicles, control their energy consumption actively, and be able to demonstrate how they perform rather than how they were modelled. For the electrical and controls packages, this changes what the building must be capable of on handover. Heat pump plant needs supply capacity and control that suits slow-response systems. Charging needs designed provision with load management, not a spare way. Lighting and HVAC need occupancy-driven control. Metering needs to exist at a level that can attribute consumption to a system rather than to a building. The commercial reality is that almost all of this is inexpensive at design stage and expensive afterwards. Capacity, containment and control cabling cost little before first fix. The same outcome retrofitted into a completed building costs multiples and disrupts a programme that has no slack in it. ### Who it is for Commercial developers, main contractors, M&E designers, architects and landlords with schemes completing from March 2027. ### When to involve us At design stage, before distribution layout, plant strategy and containment routes are locked. ### What is covered Supply capacity, distribution design, heat pump and hot water control, EV provision with load management, lighting and HVAC control, ventilation and metering. ### Why it matters commercially Compliant, well-controlled buildings let faster, run cheaper for tenants, and avoid remedial work when the deadline passes mid-programme. ## The cost of specifying too late March 2027 is fixed. What varies is whether your scheme meets it because it was designed that way or because it was reworked, and on a commercial programme, rework is the expensive path. ### Designing to today's baseline A scheme drawn to current minimums and handing over after the deadline either changes late or completes short. On a commercial development that becomes a funding, letting and warranty conversation, not just a technical one. ### No capacity for heat pumps and charging Distribution sized around gas heating and token vehicle provision has no headroom for either. Discovering that at commissioning means supply work and board changes at the worst possible point in the programme. ### Control retrofitted after fit-out Occupancy sensing, zone control and metering all need cabling to places a finished building no longer exposes. What is containment at first fix becomes ceiling access, disruption and making good afterwards. ### No metering, no evidence A building that cannot show how it performs cannot demonstrate compliance, cannot support a tenant's own reporting, and cannot identify its own waste. Retrofitting metering into a live building is far harder than installing it during the build. ### Phased schemes split across the deadline Multi-phase developments running through March 2027 risk early and late plots built to different specifications. That is a maintenance, letting and documentation problem for the entire life of the asset. ## How we support a compliant commercial scheme - 01 ### Design-stage review We review drawings, the intended heating and ventilation strategy, distribution design and parking provision, and identify where the electrical and controls specification must change to meet the standard. - 02 ### Specification and itemised pricing A written specification covering capacity, distribution, charging with load management, plant control, ventilation and metering, priced by phase with no obligation. - 03 ### Coordination with the project team We work to the programme alongside the M&E designer, main contractor and mechanical installer so containment, panel positions and control routes are agreed before first fix. - 04 ### First fix installation Distribution, containment, control cabling, charging circuits, sensor and metering positions installed with the capacity the specification requires plus documented headroom. - 05 ### Configuration and commissioning Control logic built and proven zone by zone, charging tested under load, metering brought online and verified against known loads. - 06 ### Testing, certification and handover pack Full testing and certification, plus as-installed documentation and control strategy records that the operator, tenant and future contractor can actually use. ## What early specification gets you ### Compliance by design The scheme meets the March 2027 standard because it was drawn that way. ### Lower build cost Capacity and containment at first fix cost a fraction of the retrofitted equivalent. ### One specification across phases No split between plots or blocks completing either side of the deadline. ### Lower operating cost Occupancy-driven control and metering cut what the occupier actually spends. ### A stronger letting position Charging, low-carbon heating and demonstrable performance are things tenants now ask for. ### One accountable contractor Electrical infrastructure and controls delivered and commissioned together. ## The technical scope in practice Schemes differ, but the same areas decide whether a commercial building meets the standard comfortably. These are the ones we work through with your design team. ### Supply capacity and distribution design A building with heat pump plant, hot water generation, mechanical ventilation and vehicle charging has a fundamentally different demand profile to one built around gas. Distribution must be designed against realistic simultaneous demand, with sensible circuit grouping, working discrimination and documented spare capacity. Establishing the incoming supply position early is critical. A capacity constraint discovered at design stage is a manageable negotiation; the same constraint discovered at commissioning is a programme failure. ### EV charging with load management Commercial charging is rarely one point. It is multiple points sharing a site supply, which makes load management the difference between a workable scheme and an unaffordable supply upgrade. Managed charging maintains useful charge rates while holding total demand within the available capacity. Provision also means access control and usage recording where charging is offered to staff, tenants or visitors, plus containment installed for the points that will be added later as demand grows. ### Low-carbon heating and plant control Heat pump plant rewards control that understands slow response. Zone-level sensing, appropriate setpoints and setback strategy, and recovery timed ahead of occupancy deliver both comfort and consumption outcomes that simple on-off scheduling cannot. Hot water generation can be scheduled against occupancy and tariff rather than reheating on a fixed timer, which on many commercial premises is a straightforward and immediate reduction. ### Lighting, ventilation and occupancy control Occupancy-driven lighting with daylight linking removes a large share of lighting energy in perimeter and intermittently used areas, without any perceptible change for occupants. Out-of-hours behaviour for cleaning and security is handled separately rather than by lighting whole floors. Demand-controlled ventilation on measured CO₂ and humidity matches airflow to real occupancy. In buildings with variable occupancy this is both an energy measure and an air quality improvement. ### Metering, monitoring and demonstrating performance Metering at system and circuit level is what allows a building to show how it performs rather than how it was modelled. Lighting, HVAC, ventilation, small power and charging measured separately turn operating cost into a list of specific, addressable items. Where metering and control share a platform, findings become corrections immediately. A plant item running outside its schedule is not a line in a quarterly report, it is a configuration change made the same week. ### Mixed-use schemes and the residential standard Developers with mixed-use schemes face both standards at once, since the Future Home Standard covers the residential element and arrives in the same month. The underlying disciplines, capacity, low-carbon heating, charging, control, are shared, but the specifications differ in depth. We deliver both, which keeps a mixed scheme under one coordinated specification and one contractor rather than two packages that meet awkwardly at the boundary. ## Frequently asked questions What is the Future Building Standard?It is the incoming standard for new non-domestic buildings, taking effect from March 2027. In electrical and controls terms it pushes commercial buildings towards low-carbon heating, electric vehicle provision, controlled energy use and the metering needed to demonstrate performance. When does it apply?March 2027. Because commercial design, procurement and first fix run months or years ahead of completion, schemes handing over in 2027 and beyond need these decisions made now rather than then. How is it different from the Future Home Standard?The Future Home Standard covers new residential buildings; the Future Building Standard covers non-domestic. Both arrive in March 2027 and share the same direction, but commercial adds plant control, tariff strategy and reporting depth that residential does not require. What changes in the electrical specification?Supply and distribution sized for heat pumps and charging rather than gas and minimal vehicle load, control infrastructure for lighting and HVAC, ventilation control, and metering at a level that can evidence how the building performs. Does it affect existing buildings?The standard targets new non-domestic buildings, but the same pressures, running cost, low-carbon heating, charging demand and tenant expectations, reach existing stock. Landlords upgrading now are generally doing the same work for commercial reasons. Can you input at design stage?Yes, and that is where we add the most value. Reviewing drawings, heating strategy and distribution design before layouts are fixed is what keeps compliance cheap. After first fix, the same outcome costs multiples. Do you work within an existing project team?Yes. We work alongside developers, main contractors, M&E designers and architects, delivering the electrical and controls packages to the wider programme rather than in isolation. What does it add to a build cost?Specified early, much of it is capacity, containment and control rather than expensive plant. Retrofitted late, it is disruptive and considerably more expensive. We price per scheme, itemised and with no obligation. How does automation support compliance?Control and metering are where measured performance comes from. Occupancy-driven lighting and HVAC, setback strategies, shading and tariff-aware load scheduling reduce actual consumption and produce the data to demonstrate it. Which areas do you cover for commercial schemes?Birmingham, Solihull, Wolverhampton, Warwick, Stratford-upon-Avon and the wider West Midlands, with project work in London and Manchester. ## Related services - Commercial electrical contracting - Building automation - Energy optimisation - Future Home Standard (2027) - Positive & Nav Electrical home - Contact us for a no-obligation quote ## Where we work - Birmingham - Solihull - Wolverhampton - Warwick - Stratford-upon-Avon - London - Manchester ## Get the 2027 specification resolved at design stage. Send us the drawings and the programme, and we will review the electrical and controls scope and quote it with no obligation. Request EstimateCall 07518 498193 Electrical contracting, smart home and building automation from a Loxone partner based in Rowley Regis, working across the West Midlands and beyond. ## Domestic - Electrical Contracting - Smart Home Automation - EV Charger Installation - Future Home Standard (2027) ## Commercial - Electrical Contracting - Building Automation - Testing & Installation - Energy Optimisation - Future Building Standard (2027) ## Service Areas - Birmingham - Solihull - Stratford-upon-Avon - Warwick - London - Manchester - Dudley - West Bromwich - Halesowen - Oldbury - Wolverhampton ## Get in Touch - 07518 498193 - info@positivenav.com - Avalon, Macmillan RoadRowley RegisB65 8ASRequest Estimate ## Popular searches - Electrician in Rowley Regis - Loxone smart home installer Birmingham - House rewire West Midlands - EV charger installation Birmingham - Commercial EICR testing - Building automation for offices - Reduce building energy costs - Future Homes Standard 2027 electrician - All electrical services - Areas we cover © 2026 Positive & Nav Electrical Ltd. 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