In the face of escalating climate challenges, the spotlight on renewable energy, particularly solar photovoltaic (PV), has intensified among governments, businesses, and individuals worldwide. Acknowledging the urgency, the UK government legislated a net zero emissions target by 2050 and a target of 70GW of installed solar power by 2035. Among these objectives are achieving a net zero power system and reducing emissions by a substantial 78%. Amidst this landscape, the evaluation of suitable properties for solar PV installations becomes pivotal for maximising the benefits of this technology and the end of 2023 brought welcome news as the government unveiled changes to permitted development rights regulations, allowing businesses to install solar panels on their roofs without the need for navigating through the planning system.
GIA, at the forefront of innovation, has introduced an unparalleled prediction tool for PVs in the built environment. Distinguishing itself from traditional solar PV installers, our innovative desktop tool eliminates the need for time-consuming physical site inspections or access, streamlining the scoping and assessment process. What sets us apart is our capability to handle diverse portfolios of assets, such as industrial units, or generate results for expansive city areas, navigating the intricacies of cityscape overshadowing. At the core of our tool is the determination of net usable roof area, a crucial factor derived from the use of highly accurate 3D models of the built environment and careful consideration of local climate conditions. This holistic approach not only ensures precision and accuracy but also positions our tool as a versatile solution capable of tackling a large number of properties at once.
Our approach revolves around delivering a personalised solution aligned with the unique needs of our clients. We also prioritise the validation of previous analyses, ensuring the accuracy and reliability of our assessments. Going beyond the realm of analysis, our commitment extends to assisting clients in exploring potential opportunities for grants and tax rebates. Additionally, we facilitate connections with a network of recommended installers who utilise our data for implementation. Clients not only benefit from our specialised team but also gain access to the broader range of expertise, services, and cutting-edge technology within GIA, including drone surveys and building consultancy to ensure the roof conditions prior to installation.
Our ground-breaking solar photovoltaic assessment project in Belfast involved assessing 56 properties in the city, winning acclaim at the 2023 Belfast Telegraph Property Awards for the Highly Commended Climate Initiative of the Year.
This project showcased the potential for solar PV across diverse properties, laying the groundwork for Phase 2 where we have scaled up to analyse 25 Data Zones within Belfast, covering approximately 3 km² of rooftops. This expanded study aims to determine energy generation potential, system size, PV panel quantity, CO2 reduction, costs, and payback periods. An interactive toolkit will facilitate scenario modelling, panel performance filtering, and viability assessments. Crucially, this evidence-based information tool will guide the Department for the Economy (DfE) and Belfast City Council (BCC) in their efforts to promote renewable energy sources across the city.
If you are part of the renewable energy landscape and aspire to integrate sustainable practices into your property portfolio but find yourself uncertain about where or how to commence, reach out to us. We are here to assist you in unravelling the intricacies and guide you on the journey toward achieving a genuine pathway to net-zero initiatives. And let’s not overlook that as well as embracing sustainability, solar panels can also earn you additional revenue.
Simone Pagani oversees the Solar Design Department at GIA.