Solar PV for Sustainable Buildings: Design, Installation, and Compliance Essentials

Description

This CPD offers architects and specifiers a comprehensive guide to integrating solar photovoltaic (PV) systems into building designs.

This CPD will empower specifiers to make informed decisions on solar PV systems for new projects and retrofits, aligning energy efficiency with sustainability goals.

You will learn about solar PV's essential components and configurations, from monocrystalline panel types and mounting options to inverter systems and battery storage solutions. The session also covers critical design considerations, compliance guidelines, exploring regulatory requirements, planning permissions, and fire safety considerations. A deep dive into system performance, maintenance, and lifecycle assessments further ensures you can specify systems designed for optimal energy yield and longevity.

By the end of this CPD, architects will:

• Understand solar PV fundamentals, including energy generation, inverter systems, and battery storage.
• Recognise solar PV's financial and environmental benefits, like carbon footprint reduction and protection against energy cost volatility.
• Gain insights into different PV panel types, mounting options, and their suitability for various roof structures and building types.
• Evaluate design considerations, such as load-bearing capacities, shading, and compatibility with other building systems.
• Navigate essential regulatory and safety requirements, including DNO applications, building codes, and fire safety measures.
• Assess system maintenance needs, including inspections and the impact on warranties, ensuring long-term reliability and compliance.

This CPD will enable architects and specifiers to confidently lead in sustainable building practices, utilising solar PV to future-proof buildings and enhance energy performance across various sectors.