One Hub Energy advised
APD
Industrial self-consumption: 572.8 kWp avoiding 289 t CO₂ per year
Design and development of a self-consumption solution (solar carports, rooftop PV and BESS) from feasibility through to commissioning, with quality, cost control and on-time delivery.
An industrial site needed to cut energy cost and emissions with a self-consumption asset that was both reliable and cleanly executed, from feasibility to commissioning.
One Hub Energy assessed the technical and economic feasibility of the energy solutions on the table — solar carports, rooftop PV and storage — and ran hourly energy modelling and simulation to size the PV solution. We then structured, launched and managed the EPC tender for the 571 kW solution with several EPC contractors, and handled the access and connection permits for surplus export plus the remaining construction permits through to ready-to-build. One Hub Energy produced the basic and construction engineering, commissioned the main equipment and supervised the works to hold quality and safety criteria.
"A 572.8 kWp self-consumption solution developed through to ready-to-build, with 781.2 MWh/year of estimated production and 289 t of CO₂ avoided per year; the EPC tender was managed and the grid access permits obtained."
- Technical and economic feasibility study
- Hourly energy model and PV sizing
- EPC tender package and bid evaluation
- Access and connection permit dossier
- Basic and construction engineering, site supervision reports
Briefings require signing a bilateral NDA for full technical metrics disclosure.
Where this work sits
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