Energy Modelling

Building efficiency

Dynamic Performance Modelling

Dynamic performance modelling involves simulating and analysing the time-dependent behaviour of a building’s energy systems, considering factors like changing conditions and dynamic responses. Utilising tools like IES software, these models optimise energy efficiency, occupant comfort, and sustainability by simulating a building’s behaviour over time. They assess factors like thermal comfort, daylighting, and renewable energy integration, facilitating informed decision-making. In summary, dynamic performance models contribute to operational cost reduction, regulatory compliance, and the creation of resilient, environmentally conscious buildings.

Statements for planning

Energy Statements

Energy statements are vital for planning, ensuring regulatory compliance and sustainable development. These statements showcase a commitment to energy efficiency, providing a detailed analysis of a building’s energy performance and outlining strategies for resource optimisation and cost savings. Beyond compliance, they enhance public image, engage stakeholders, and open avenues for incentives.

Solar Energy Design

Helioscopes

Helioscopes are a PV simulation which models and simulate the behaviour of solar panels in various conditions within your demise.

Purpose of a Helioscope:

Optimise Design: Determine the best placement, orientation and configuration of the solar panels to maximise energy output.

Predict Performance: Estimate the energy output of a solar panel system under different situations and environments.

Financial Projection: Assess the potential economic viability of a solar energy installation by predicting the output and cost effectiveness over time.

Optimising Daylight

Daylight calculations involve the assessment and analysis of natural daylight availability within interior spaces. These calculations are essential for architects, designers, and engineers to optimise building design, enhance visual comfort, and reduce reliance on artificial lighting.

Building Simulation

Thermal models allow us to assess the building as a 3-D model, showing us every aspect of annual energy consumption, carbon emissions and heat loss. Thermal modelling will give your property the technical information needed for achieving improved performance within your building. Evaluating the peak summer times, operational hours and existing ventilation strategies could have a serious impact on your building’s energy performance, employee comfortability and running costs.

Energy Regulations

ESOS (Energy Savings Opportunity Scheme) and SECR (Streamlined Energy and Carbon Reporting) are two distinct energy-related regulations in the United Kingdom that aim to improve energy efficiency and transparency. While ESOS focuses on identifying energy-saving opportunities, SECR primarily involves reporting energy and carbon information. However, they are often mentioned together due to their shared objective of promoting energy efficiency and reducing carbon emissions in the business sector.