Energy Design Services

    • Energy Performance Modelling

      Using tools like SAP (Standard Assessment Procedure) and SBEM (Simplified Building Energy Model) to assess a building’s energy performance and calculate metrics such as:

      • Target Emission Rate (TER). 
      • Dwelling Emission Rate (DER). 
      • Primary Energy Use.

      Sustainability and Energy Statements

      Preparing documentation to support planning applications, demonstrating how developments meet sustainability objectives and comply with local and national regulations.

      Building Fabric Design

      Advising on insulation, thermal bridging, U-values, and other elements of the building envelope to maximize energy efficiency.

      Renewable Energy Integration

      Assessing the feasibility and designing systems for renewable energy technologies, such as:

        • Solar PV panels.
        • Heat pumps.
        • Solar thermal systems.
        • Wind turbines. 

      Mechanical, Electrical, and Plumbing (MEP) Systems

      Designing and optimizing heating, cooling, ventilation, and lighting systems for energy efficiency.

      Energy Strategy Development

      Creating long-term plans to reduce energy consumption and carbon emissions, tailored to specific projects or portfolios of buildings.

      Lifecycle Carbon Assessment

      Analyzing the embodied and operational carbon emissions over the lifecycle of a building.

      Compliance with Building Regulations

      Ensuring developments meet standards such as:

        • Part L (Conservation of Fuel and Power): Focusing on energy efficiency and carbon reduction.

        • Part O (Overheating): Addressing thermal comfort.

      Air Permeability Testing

        • Evaluating and improving the airtightness of buildings to reduce energy loss through uncontrolled ventilation.

      Daylighting and Passive Design

        • Incorporating natural light and passive strategies (e.g., natural ventilation, shading) to reduce energy demand.

      Post-Occupancy Evaluation

        • Measuring and verifying a building’s actual energy performance after construction and recommending adjustments to meet targets.

      Who Needs Energy Design Services?

      1. Developers
        • To ensure projects comply with planning and building regulations.
      2. Architects
        • To integrate energy-efficient strategies into designs.
      3. Homeowners
        • For retrofitting or new-build projects aiming for lower energy bills and sustainability.
      4. Commercial Property Owners
        • To optimize energy use and comply with corporate sustainability goals.
      5. Local Authorities
        • For ensuring community projects meet sustainability standards.


      Benefits of Energy Design Services

      1. Regulatory Compliance
        • Ensures projects meet building regulations and planning requirements.
      2. Cost Savings
        • Reduces operational energy costs by optimizing efficiency.
      3. Sustainability
        • Aligns with net-zero carbon goals and environmental responsibilities.
      4. Enhanced Building Performance
        • Improves occupant comfort and reduces energy demand.
      5. Increased Property Value
        • Energy-efficient properties are more desirable to buyers and tenants.

      Energy Design Services are essential for creating sustainable, energy-efficient, and compliant buildings. By leveraging these services, clients can meet regulatory requirements, reduce costs, and contribute to broader environmental goals.

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