What is energy modelling?
Energy modelling is the creation of digital simulations that predict a building’s energy performance. By analysing how design choices, materials, and systems affect energy use, costs, and environmental impact, it provides the insight needed to optimise efficiency in both new builds and retrofit projects. This data-driven approach ensures compliance with sustainability standards while reducing long-term operational costs.
Key Objectives
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Performance Prediction – Simulate heating, cooling, lighting, and ventilation systems to estimate energy use and pinpoint inefficiencies.
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Design Optimisation – Compare design scenarios, materials, and renewable technologies to identify the most energy-efficient solutions.
Benefits of Energy Modelling:
- Optimised Efficiency – Shapes building designs and systems for maximum energy performance.
- Cost Savings – Identifies opportunities to cut operational costs through smarter energy use.
- Sustainability – Reduces carbon footprints and supports long-term environmental goals.
- Informed Decisions – Provides architects, engineers, and policymakers with reliable, data-driven insights.
Energy modelling is a vital tool for creating efficient, sustainable buildings while delivering measurable cost savings.
Building Performance Simulation
Simulates heating, cooling, lighting, and ventilation needs based on design, materials, and environmental conditions.
Renewable Energy Integration
Assesses the impact of solar panels, wind turbines, and other renewable technologies on overall efficiency.
HVAC & Lighting Optimization
Supports the design of energy-efficient heating, cooling, and lighting systems to minimise energy waste.
