Energy & Sustainability
The reduction of carbon emissions is at the forefront of issues to prevent the impact of climate change. In designing a net-zero or low carbon project, you will gain planning permission, design buildings to high levels of comfort and reduce the production of carbon emissions.
The UK Government has set clear targets to achieve net zero carbon by 2050. A large part of this is the reduction of carbon emissions from residential and commercial buildings. The London Plan and local plans set by local authorities across the country are implementing net zero carbon targets to meet these national requirements.
## Net-Zero Carbon Design, Modelling & Analysis
The UK Government has committed to achieving net-zero carbon emissions by 2050, with the built environment playing a significant role in reaching this target. Local authorities, particularly across London, are increasingly embedding net-zero requirements into planning policy, making early-stage carbon strategy essential for project approval.
Our team works closely with architects, developers, and consultants to develop robust, compliant net-zero carbon strategies tailored to each project. Through detailed modelling and analysis, we ensure your scheme aligns with both national policy and local planning requirements.
We adopt a holistic, fabric-first design strategy that prioritises energy efficiency before introducing renewable technologies. This ensures that buildings are inherently low-energy, cost-effective, and comfortable to occupy.
We focus on reducing energy demand through design by carefully considering building fabric, orientation, glazing ratios, and airtightness to minimise heat loss and cooling demand. Alongside this, we carry out dynamic thermal modelling to simulate real-world building performance and assess energy use, carbon emissions, and occupant comfort.
We also review suitable low and zero carbon technologies, such as heat pumps and photovoltaic systems, identifying solutions that are appropriate for the specific site and project requirements. Designs are then refined and optimised to balance cost, compliance, and performance, ensuring that buildings perform efficiently in practice as well as in theory.
Achieving true net-zero carbon requires a whole-life approach that goes beyond operational energy use. A comprehensive strategy considers the full lifecycle of a building, including material production, construction, operation, maintenance, and eventual decommissioning.
We support clients in understanding and reducing both operational carbon, which relates to emissions from energy use within the building, and embodied carbon, which is associated with materials and construction processes. By addressing both aspects, we help deliver developments that are aligned with long-term sustainability goals.
As buildings become more energy efficient and airtight, managing overheating risk becomes increasingly important. Achieving low carbon performance must not compromise occupant comfort.
We carry out detailed overheating assessments in accordance with CIBSE TM52, CIBSE TM59, and Approved Document Part O. This analysis ensures that internal temperatures remain within acceptable limits throughout the year while identifying effective strategies for ventilation, shading, and cooling where necessary.
Our goal is to provide balanced, practical, and deliverable design solutions. By combining compliance expertise with detailed performance analysis, we ensure that projects meet planning and regulatory requirements while minimising carbon emissions and energy use.
We also focus on maintaining high levels of occupant comfort and ensuring that designs remain cost-effective and buildable. With experience across a wide range of residential and commercial developments, we support projects nationwide and help clients confidently deliver net-zero and low carbon buildings.