1. Demand Analysis
User demand survey:
Have detailed discussions with customers to understand their power requirements, equipment loads, workflows, and expected peak power usage times.
Determine the functions that the owner wants to achieve, such as office lighting, air conditioning systems, power equipment requirements, etc.

On-site investigation:
Conduct an on-site survey of the building’s electrical system to understand the specific space configuration, structural design, and the status of existing power facilities.

2. System Planning
Overall power system planning:
Based on the demand analysis results, develop an overall power system plan, including power supply, distribution routing, and device location.
Design the electrical supply architecture suitable for the building’s purpose, such as the configuration of low-voltage and high-voltage systems.

Load calculation:
Conduct power load calculations to assess power demand during daily operations and peak periods to ensure overload capability is designed.
Select appropriate transformers and switchgear based on load requirements.

3. Design drawings and documentation
Design drawings:
Based on the plan, draw detailed electrical engineering drawings, including the layout of the power distribution system, cable star loops, sockets and lighting locations.
Identify all equipment and critical control panels in the system, as well as the layout of the power and grounding systems.

Technical Calculations and Specifications:
Provide technical specifications for all equipment used, including detailed data on cables, sockets, switches, lamps and security control systems.

4. Equipment selection
Choose the right equipment:
Select appropriate power equipment according to the design plan and customer needs, considering the performance, energy efficiency and quality of the equipment.
Conduct market research and recommend high-quality suppliers and products to reduce failure rates and replacement costs.

5. Compliance and performance assessment
Comply with local regulations:
Ensure that the design complies with local power management standards and safety regulations, including grounding, overload protection, and short-circuit protection measures.

Energy Efficiency and Sustainability Assessment:
Consider energy efficiency in the design, recommend the use of efficient electrical equipment, and evaluate the possibility of connecting to renewable energy.

6. Final Acceptance and Support
Design acceptance:
After completing the design, confirm the design content with the client, collect feedback and make necessary adjustments.
Complete design documentation is provided, including construction drawings, operation manuals and maintenance guides.

Subsequent support:
Provide installation technical support to ensure that design requirements are followed during construction.
Provide maintenance advice and emergency contact services after the system is in operation.

Power system design service is a comprehensive process aimed at meeting customers’ requirements in terms of safety, stability and energy efficiency. If you have further interest or specific questions about this service, feel free to let us know!