Covers specifying, planning and installing heat pumps, solar PV and MVHR in retrofit projects within a fabric-first strategy.
This course provides a technical overview of how to integrate renewable energy systems into retrofit projects. It covers the specification, planning, and installation of low-carbon technologies such as heat pumps, solar PV, and MVHR, with a focus on practical considerations and alignment with a fabric-first retrofit strategy.
Low-carbon technology, Renewable energy, Heat pumps, Solar photovoltaics (PV), Battery storage, Mechanical Ventilation with Heat Recovery (MVHR), Heat networks, Fabric-first approach, Heating system conversions, Microgeneration Certification Scheme (MCS), Building regulations, Planning permissions, Grid capacity, Resident engagement, System commissioning.
This lesson introduces the purpose and value of renewables within the retrofit process and PAS 2035. You’ll explore how renewable technologies like heat pumps, PV systems, and district heating enhance energy efficiency when integrated after fabric upgrades. Real-world data and case studies highlight the cost and carbon savings possible through thoughtful technology selection.
Take a deeper dive into the function, efficiency, and capacity of common renewable systems including air/ground source heat pumps, solar PV, and MVHR. The lesson shows how to match technologies with heating demand and property characteristics. You’ll also review technical metrics like Coefficient of Performance (COP) and use case studies to evaluate performance in different property types.
This lesson covers pre-, during-, and post-installation factors when integrating technologies like ASHPs, GSHPs, and solar PV. It emphasises planning permissions, DNO coordination, MCS compliance, and resident communication. Practical case studies highlight site-specific challenges and how to address them within PAS 2035 standards.
Focus on converting traditional heating systems (gas, oil, storage heaters) to low-carbon alternatives. You’ll learn to assess property suitability, manage heating load, and consider resident needs throughout the transition. Funding frameworks like SHDF and real-life retrofit outcomes show how conversions impact bills, comfort, and carbon output.
