01
Development
From early concept to ready-to-build: land, permits, design and financial structuring. Agricultural compatibility, biodiversity and local partnership are design inputs on every site.
Concept to ready-to-build
Three technologies,one standard.
Photovoltaic, agri-photovoltaic and onshore wind, engineered by the same team to the same bar, from the first land survey to decades of operation.
Active across the whole project life
02
Turnkey delivery
Engineering, procurement and construction from one hand, so the plant that gets built is the plant that was designed.
End-to-end execution
03
Operations and maintenance
Performance optimisation, reliability and long-term value across the whole portfolio.
Long-term value
Photovoltaic
Fixed-tilt and single-axis tracker layouts with bifacial modules, string inverters and MV transformer stations. Row pitch, DC/AC ratio and cable routing are optimised per site for grid-code compliant injection.
- Bifacial module architecture
- Single-axis tracking
- Optimised DC/AC ratio
Agri-photovoltaic
Elevated mounting structures at 2.5 to 5 metres of clearance keep the land workable by standard farm machinery. Panel density and inter-row spacing are tuned to crop light requirements, with agronomic monitoring built into plant operation.
- 2.5-5 m ground clearance
- Machinery-compatible spans
- Crop-tuned light management
Onshore wind
Multi-megawatt turbine platforms on ridge sites selected through long-term wind resource measurement. Hub height, rotor diameter and micro-siting are matched to site wind shear and complex-terrain flow, with SCADA-based remote operation.
- Long-term wind measurement
- Complex-terrain micro-siting
- SCADA remote operation