Renewable System Design

Considering all Low Zero Carbon technologies

At MEP Concepts our qualified Low Carbon Consultants and Low Carbon Energy Assessors are able to undertake in-depth feasibility studies for renewable energy systems for any building. Each assessment looks at the site-specific conditions to determine which solutions are both technically and financially feasible.

We can support clients from system selection, specification, tender, and installation monitoring/witnessing. Our assessments consider the following key criteria to give our clients confidence to move forward with fully considered solutions.

Technical Site Constraints (Ground Conditions, Roof Structural capacities, planning conditions etc).
Energy mix analysis.
System energy generation
Building energy profiles.
Financial analysis.
Carbon Reduction.

We tailor our assessments to suit our clients aspirations and specific situation by reviewing the following areas.

Historical energy use, magnitude, and usage patterns
Historical load shedding opportunities.
Historical fuel costs.
Forecast energy demand and supply costs.
Building usage type

At every stage, we engage with the client to keep them informed about the options available and work alongside them to ensure they have all the information required to choose a solution that works best for them and their buildings.

Where we can assist

Concept & Planning

Our assessor can simulate and develop advanced energy modelling. Evaluate grid flexibility and connection modelling, vitally important with the impact of electrification of heat. In-house whole system energy modelling: PV, battery, EV charging, heat pumps, DH networks as well.

Development & Delivery

Considered, proven, and practical mechanical, electrical, and public-health design solutions are developed in conjunction with the wider project design team and supported by a professional and reliable delivery process.

Support & Optimisation

Dedicated director lead Engineering, Property Services and Performance teams, ensure every project performs in operation as initially designed, and optimised to improve the lifecycle of all buildings, new and old.