Solar Photovoltaics
GIA’s cutting-edge solar photovoltaics (PV) service is transforming the renewable energy landscape with industry-leading accuracy in energy production estimates and payback cost analysis. Engineered for large-scale deployment in complex urban environments, our solution integrates local climate data and overcomes shading challenges to deliver rapid, high-precision assessments without compromise.
Our technology is built to support a wide spectrum of stakeholders including government departments, energy agencies, local authorities, and private or institutional asset managers. By delivering precise, actionable insights, we empower informed decision-making that drives sustainable energy policies and optimises solar investment strategies.
We are proud to have been awarded a research contract by the Northern Ireland Department for the Economy. In collaboration with Belfast City Council, we are actively scaling our solar PV assessment capabilities across the city enhancing Belfast’s transition to cleaner, more resilient energy systems.
A key component of our service includes addressing the increasingly critical issue of glint and glare from PV systems particularly for developments near airfields, airports, and transport infrastructure. Orientation, tilt, and system screening are major determinants of potential glare impacts, making visual assessment a central aspect of the planning process. We’ve created a video simulation to show why this matters and the potential glare from a hypothetical floating solar PV farm on the Thames — positioned right next to the London Heliport during a simulated flight over London.
To meet this need, GIA has developed bespoke tools for accurately simulating and visualising glint and glare effects. In addition to conducting Solar Glare Hazard Analysis Tool (SGHAT) assessments, we provide high-quality images and animations that illustrate potential impacts along flight paths, railways, and roads. These visual outputs help stakeholders and planning authorities better understand the real-world implications of numerical data, streamlining consultations and supporting efficient, evidence-based decision-making.
