Electrical Design
Introduction
Electrical systems are among the most vital elements in any building, directly affecting performance, safety, and ease of use. PEC Engineering Consultancy provides integrated electrical design services that ensure smart power distribution, compliance with standards, and complete integration with other project systems.
What is Electrical Design?
It is the engineering planning of power, lighting, and control networks within the building, including: Main and sub-power distribution, Internal and external lighting systems, Emergency and alarm systems and generators, Low current networks (communication system, internet, smart control). We analyze loads and determine the best technical solutions to ensure high performance and long-term operational safety.
Electrical Design Services We Provide
- Planning of complete building electrical distribution networks
- Precise functional determination of outlet, switch, and connection point locations
- Design of lighting systems according to usage purpose (residential – commercial – industrial)
- Design of emergency systems (UPS – backup generators)
- Design of Building Automation systems
- Preparation of execution drawings and technical diagrams
- Load calculation and distribution to ensure stability and efficiency
- Coordination with mechanical and architectural systems
Approved Specifications and Standards
- Saudi Building Code (SBC)
- NEC (National Electrical Code – USA)
- IEC (International Electrotechnical Commission)
- IEEE for complex connections
- Safety standards and electrical hazard prevention
PEC Electrical Design Advantages
- Customized electrical solutions according to project type
- Consideration of maintainability and ease of operation in design
- Complete integration with other disciplines to prevent site conflicts
- Simulation models for performance and efficiency calculation before implementation
- Full compliance with official requirements and approvals
Benefits We Provide to Our Clients
- Reliable and safe electrical system supporting operational continuity
- Energy savings through smart lighting and control planning
- Reduction in malfunctions and future costs
- Faster response to malfunctions through control and monitoring systems
- Increased building market value through advanced electrical infrastructure