Powering Critical Infrastructure with Specialist HV & LV Designs
At Engineering Power Solutions (EPS), we have a strong track record in delivering tailored power system analysis and design solutions for complex energy projects. From the very start, we collaborate closely with our clients, prioritising cost-effective and innovative electrical designs that maximise efficiency and minimise risks.
Our Capabilities
Our experts can review, calculate, and design HV and LV circuit protection, conductor and switchgear ratings, selection and standards, lighting fittings, power distribution equipment, cables, and containment systems for HV and LV projects using proprietary software systems. We use BS, IEC and client standards to calculate and design electrical power system transmission and distribution networks and substations up to 400kV.
Front-End Engineering Design (FEED) Studies
This design stage consists of conducting initial feasibility studies that address factors such as analysing the current electrical capacity, the adaptability of existing equipment to accommodate increased loads, outlining preliminary equipment specifications, determining cable requirements, and estimating rough order of magnitude (ROM) costs.
Detailed Design
Our electrical engineers provide all manner of detailed design, including:
- Schematic Diagrams
- Cable Routing Drawings
- Protection Scheme Drawings
- Load Schedules
- CVT Specifications
- Disconnector Specifications
- Core Sheets / Termination Diagrams
- 110V DC Drawings
- Electrical Elevation & Plan Drawings
- SCADA Architecture
Electrical Design for High Voltage and Low Voltage Power Systems
Ensuring safe HV and LV distribution systems is vital with ever-increasing power demands and ageing energy infrastructures. However, designing robust and modern solutions presents significant roadblocks, such as budget constraints and evolving environmental regulations. When you engage with EPS, you gain a trusted partner dedicated to providing best-in-class electrical solutions that ensure operational safety, compliance, and resilience.
