Energy Statements

A sustainable development requires a robust energy strategy from the outset. We work closely with design teams to develop a project specific strategy to meet our client's energy and carbon emission targets, sustainability aspirations (BREEAM credits) and associated legislation requirements.

Energy Statements are a common requirement by Local Planning Authorities across the UK. They demonstrate how the developer will address specific local objectives, like CO2 emissions or renewable energy targets.  We typically adopt the following ‘Lean, Mean, Green’ energy hierarchy to help us develop an efficient and economical strategy.

We initially focus on reducing energy demand through passive measures such as improvements to the thermal envelope, a natural ventilation philosophy where suitable and reducing building air leakage.

Consideration is then given to increasing the efficiency of building services such as boiler and chiller plant, reduced specific fan powers, incorporating daylight and occupancy sensing into the lighting system.

Only once the above measures have been considered, do we look at adding low and zero carbon generating technologies (except where mandatory for local planning requirements). During early stages, where designs are still flexible, more than one ‘Green’ technology may be viable. We can therefore carry out a more detailed feasibility study to establish the optimum solution based on energy, CO2 and financial benefits.

Statements produced by Carbon Futures can take many forms depending on the scale of development, but it will generally be prepared at pre-planning stage and accompany your planning application.  This will demonstrate how the development will address renewable technology obligations and CO2 emission targets.


CCG Group have commissioned Carbon Futures to support our Construction and Off-Site Manufacturing divisions with energy and sustainability related advice.  They offer our team a wide range of consultancy services including energy analysis, design certification and thermal modelling resulting in an overall improvement to the performance, efficiency and delivery of our products.  We would have no hesitation in recommending their services and look forward to working with them on future projects.

CCG (Scotland) Ltd