Projects
Dunlop Howick – Phase 2 • Industrial • 2.78 MWp
Designed the expansion of an existing 2.78 MWp industrial energy system, strategically utilising available roof space and existing electrical infrastructure to maximise performance. The project is ongoing and is focused on scalable electrical design, efficient project delivery, and long-term energy resilience for the facility.
Snackworks • Industrial • 1.14 MWp
Designed and currently delivering the electrical solution for a 1.14 MWp industrial energy system to reduce operational energy costs across the manufacturing facility. The system incorporates seven Sigenergy inverters distributed across two LV tie-in points, with MV metering used to optimise generation against the plant's total electrical demand. The design focused on intelligent system integration, load matching, and reliable project delivery while providing a scalable platform for future energy management and storage solutions.
The Galileo • Residential • 219.4 kWp
Designed a 219.4 kWp hybrid energy system centred around Sigenergy hybrid inverters and Battery Energy Storage Systems (BESS). The solution enables load shifting, peak demand reduction, and improved energy resilience while reducing reliance on the electrical grid.
The Enigma • Residential • 290 kWp
Engineered a 290 kWp energy system to reduce daytime electricity consumption while making strategic use of the site's existing electrical infrastructure. The design supports future BESS integration and provides a scalable platform for additional capacity as energy demands increase.
Dunlop Howick – Phase 1 • Industrial • 1.30 MWp
Led the electrical design and technical delivery of a 1.30 MWp industrial energy system, optimising inverter configuration, electrical reticulation, and network integration to significantly reduce operational energy costs while preparing the facility for future expansion.
Weir Minerals Alrode • Industrial • 425.9 kWp
Delivered the electrical design for a 425.9 kWp industrial energy system tailored to the facility's operational load profile. The project focused on reducing energy costs through efficient system integration, reliable electrical infrastructure, and a design that supports future battery storage integration.
Milpark Mews • Residential • 212.4 kWp
Designed and delivered a 212.4 kWp grid-connected energy system for a multi-residential development to reduce operational energy costs. The electrical design focused on optimising inverter placement, cable routing, and integration with the existing reticulation network while providing a scalable foundation for future Battery Energy Storage System (BESS) integration.
The Eclipse • Residential • 361.5 kWp
Engineered a 361.5 kWp energy system that seamlessly integrated with the site's existing electrical infrastructure. The design prioritised efficient load matching, reduced electricity costs, and incorporated provisions for future BESS deployment and system expansion without major network modifications.
The Encore • Residential • 348.7 kWp
Delivered the electrical design for a 348.7 kWp residential energy system, optimising network integration and inverter configuration to maximise energy utilisation. The project was designed with future electrical infrastructure upgrades and battery storage expansion in mind, ensuring long-term flexibility.
Grinding Techniques • Industrial • 716.0 kWp
Engineered a 716.0 kWp industrial energy system designed to offset significant daytime energy demand while integrating seamlessly with the site's electrical network. The project emphasised scalable electrical design, operational reliability, and efficient project delivery.
The Alpha • Mixed-Use Development • 301.4 kWp
Designed a 301.4 kWp energy system to support both residential and commercial loads, balancing diverse demand profiles through careful electrical system design. The project focused on efficient power distribution, network integration, and reliable long-term operation.
BMW Bedfordview • Commercial & Retail • 140.7 kWp
Designed and delivered a 140.7 kWp commercial energy system that maximised available roof space and integrated with the dealership's existing electrical network. The solution reduces electricity costs through on-site generation while maintaining reliable operation and allowing for future system enhancements.