Electrical Design (BS 7671 Compliant)
To ensure the lighting designs we assess perform optimally and safely, Axis Energy Limited also provides specialist electrical design services for the supporting infrastructure. Compliant with BS 7671 (IET Wiring Regulations), our designs focus on delivering electrical systems that are not just uncompromisingly safe but also engineered for peak efficiency, thereby unlocking the full energy-saving potential of your chosen modern luminaires.
01
Cable Sizing & Calculations
We provide precise cable sizing calculations, essential for the integrity of any electrical installation. Our engineers carefully analyse load demands, voltage drop limits, and installation conditions to specify the appropriate cable sizes. This ensures system safety, optimizes electrical efficiency, and prevents potential hazards or performance issues associated with incorrect cabling.
02
Feeder Pillar Specification & Design
Our electrical design expertise extends to the custom design and precise specification of feeder pillars (distribution cabinets). These are expertly engineered to securely house essential control gear, robust circuit protection, and accurate metering, ensuring they are perfectly tailored to meet specific project needs while maintaining strict adherence to all relevant regulatory requirements and industry best practices.
03
Circuit Design & Protection
We engineer electrical circuits with an unwavering commitment to safety and reliability. Our process involves the judicious selection and precise application of protective devices (MCBs, RCDs, Fuses), all rigorously designed in accordance with BS 7671 standards to provide robust protection against electrical faults and ensure dependable operation.
04
Load Scheduling & Distribution
We expertly plan electrical loads and their distribution through precise calculations and strategic allocation. This achieves optimal phase balancing and ensures robust capacity, preventing system stress, minimizing energy losses, and ensuring reliable power for all connected equipment.
