Our Edinburgh team supports clients across the city and the Lothians with mechanical and electrical design, sustainability advice and building performance services — from first survey through to in-use verification.
We help commercial estates, education providers and public bodies submit planning-ready energy statements compliant with Section 6 and City of Edinburgh Council requirements, including City Plan 2030 and the New Build Heat Standard.
We deliver net zero carbon strategies, heat pump feasibility studies, heat network readiness assessments and LHEES-aligned delivery plans for new build and refurbishment projects across Edinburgh and the Lothians.
We provide practical, commercially grounded M&E design for refurbishment in the Old and New Town and other conservation areas — sensitive solutions for listed buildings, constrained risers and protected roofscapes.
From TM54 assessments and overheating analysis to EPC upgrade paths and in-use verification, we close the performance gap for universities, healthcare estates, commercial landlords and public sector clients.
Yes. We produce planning‑ready energy and sustainability statements that demonstrate a fabric‑first approach, low and zero carbon technology options and readiness for future heat network connection where appropriate. We also coordinate with verifiers to streamline building warrant submissions.
Yes. We run dynamic thermal models using CIBSE TM59 for dwellings and PBSA, and TM52 where non‑domestic comfort is in scope. Mitigation is built into design iterations so planning and design teams get clear decisions early.
We assess proximity to prospective or emerging networks, size plate heat exchangers and substations appropriately and detail low return temperature strategies. Where a network is not yet available, we specify cost‑effective provision for future connection.
Yes. We develop sensitive M&E solutions for the Old and New Town and other conservation areas, prioritising discrete fabric improvements, ventilation strategies that protect heritage value and plant selections suited to constrained risers and roofscapes.
For new builds and some conversions, we specify zero direct emissions heating such as heat pumps or heat networks and document any permitted exceptions. We also assess electrical load, acoustic impacts and seasonal performance to ensure practical operation.
Yes. We map sites against LHEES layers, identify heat‑network or heat‑pump opportunities and produce delivery plans that support funding applications and stakeholder engagement.
We run early reference‑building checks, forecast the likely rating for design options and create upgrade paths for leases, acquisitions and disposals. For multi‑let assets we pair EPC uplift with metering and controls improvements that also cut OPEX.
Yes. We combine quick wins such as controls tuning, sequencing and power factor correction with phased plant replacement and smart metering. For large campuses we provide TM54 assessments, seasonal commissioning and post‑occupancy evaluation.
Yes. We integrate energy credits with low‑carbon heat feasibility, materials reuse, refrigerant impact and embodied carbon advice. We coordinate with the design team so credits are secured efficiently.
We engage early with the DNO, model diversified loads and stage EV infrastructure to match demand growth. Where capacity is tight, we deploy load management, PV and battery strategies to de‑risk programme and cost.
Yes. From first survey to RIBA Stage 4 we deliver coordinated mechanical and electrical design, landlord‑tenant split strategies, resilience planning and clear tender documentation to keep cost and programme on track.
Yes. We verify outcomes against the design intent with metered data, soft landings, fine‑tuning and targeted re‑commissioning. Findings feed back into controls to close the performance gap.