Solar Energy, Powering Scalable Clean Generation

Utility-scale PV plants rely on optimal land design, precise topographic modelling and high-quality irradiation data. Environmental constraints, shading obstacles and cable routing strongly influence long-term yield and LCOE. Ensuring accurate EYA inputs, robust design validation, and reliable contractors is essential, as small deviations can have multi-MW impacts. Greensolver reviews site modelling, equipment suitability, grid constraints and performance risks to secure bankable project outcomes.

Agrivoltaic systems combine agricultural activity with solar generation, covering a wide range of configurations: open-field crops and grazing systems for sheep, cattle and other livestock. Each setup imposes specific constraints: tracker height and spacing for machinery access, shading variability for crop physiology, animal movement compatibility, and durability of structures exposed to agricultural operations. Greensolver assesses agronomic needs based on agronomist studies, shading patterns, equipment suitability and regulatory frameworks to design bankable agrivoltaic projects that optimise both agricultural output and PV production.

Rooftop PV requires rigorous structural checks, fire-safety compliance and careful integration with building operations. The real challenge comes from the large number of small and diverse sites, each with different layouts and documentation, making consistent monitoring and quality control difficult. To manage this, Greensolver standardises portfolio-wide assessments, including structural capacity, regulatory compliance, inverter setup and self-consumption schemes. In asset management, we provide continuous performance tracking, contractor supervision and detailed reporting to maintain high reliability across rooftop portfolios.

Floating PV introduces unique challenges: anchoring, water-level variability, corrosion risks, and increased thermal dynamics. Equipment must be adapted to humidity, wind loads and UV exposure, while environmental constraints influence permitting and design choices. Greensolver evaluates floater suitability, anchoring design, equipment durability, and site conditions to ensure long-term reliability of floating systems.