Power planned around your buildings.
Zhiyutone helps match generation, distribution and supporting equipment to the project brief. Final performance and compliance are established through the agreed engineering design and equipment schedule.
What the power system needs to address
Changing demand
Plan for staged construction loads, lifting equipment and later building occupancy rather than one static peak.
Electrical distribution
Review transformers, risers, busway routes and tap-offs against the building layout and available space.
Neighbourhood impact
Coordinate generator enclosure, exhaust, noise and fuel arrangements with the installation location.
Safe operation
Define earthing, protection, access control and maintenance responsibilities with the site electrical team.
From equipment to coordinated operation
- Diesel generators for temporary construction supply or permanent standby duties.
- Transformer capacity selected for the incoming voltage and phased load growth.
- Busway layouts developed for vertical risers, plant rooms and distribution routes.
- Mobile lighting or emergency equipment selected for specific construction tasks.
Project information to prepare
Building use; load schedule; largest starting load; incoming voltage; riser and plant-room layouts; project phases; acoustic constraints.
Recommended product families
Questions before selection
Can the equipment be configured for our site?
Voltage, frequency, enclosure, controls and supporting equipment are reviewed against the project brief. Availability and the final bill of materials are confirmed in the quotation.
How is generator capacity selected?
The selection considers running load, starting loads, operating duty, redundancy and site derating. A nameplate total alone is not a complete sizing study.
What documentation should be agreed?
Confirm the technical schedule, drawings, test scope, operating manuals, destination compliance requirements and service responsibilities before placing an order.
Plan your buildings power system.
Building use; load schedule; largest starting load; incoming voltage; riser and plant-room layouts; project phases; acoustic constraints.