Solution 02
For businesses, factories, warehouses and campuses, solar is an operating-cost decision. We engineer captive generation that performs against your load profile, year after year.
What You Get
Captive generation displaces the most expensive units of grid consumption first, improving margins directly.
Systems are sized against measured demand curves so generation aligns with when your operation actually consumes.
Roof structures are assessed and, where needed, reinforced — we do not load a roof we have not verified.
Phased installation planned around shifts, shutdowns and safety requirements to avoid production impact.
Generation, savings and avoided emissions data suitable for board, audit and sustainability reporting.
Process
Analyse tariff structure, demand curve and sanctioned load.
Roof or land capacity, shading, structural and interconnection review.
Detailed electrical, structural and protection design with drawings.
Specification-led sourcing of modules, inverters and BOS components.
Phased installation with safety governance and quality checkpoints.
Testing, synchronisation, documentation and performance baselining.
Monitoring, preventive maintenance and periodic performance review.
Scroll horizontally to follow the process
[XX MWp]
C&I Capacity Delivered
[XX+]
Business Sites
[XX%]
Average Cost Reduction
[XX]
Tonnes CO₂ Avoided Annually
FAQs
[ADD ANSWER — explain phased scheduling around shifts/shutdowns to minimize operational disruption.]
[ADD ANSWER — explain structural assessment process and reinforcement options for aging roofs.]
[ADD ANSWER — list which commercial/ownership structures you support: captive, open-access, third-party PPA, etc.]
[ADD ANSWER — outline generation/performance guarantees, warranty terms, and any SLA on O&M.]
Share the location, scale and objective — we will come back with an engineered view of what is achievable.
