Integrated site power

Microgrid planning for sites that need coordinated, resilient power

Define how grid supply, solar, battery storage, generators and site controls should work together based on actual loads and operating priorities.

Request a project assessment

Start with the operating requirement

Remote-site power

Assess energy demand, resource availability, fuel logistics and autonomy requirements.

Grid resilience

Document outage exposure, critical loads and acceptable interruption before system design.

Hybrid generation

Coordinate solar, storage, generator and grid resources around the site duty cycle.

Controls and monitoring

Define dispatch priorities, alarms, data access and operational ownership.

Evidence before claims

Inputs required before selecting equipment

The first review defines the data needed for an engineering and commercial model. Final performance, savings and equipment selection depend on verified site inputs.

Hourly or interval load profile and peak demand
Grid availability, outage history and power-quality issues
Critical loads and required autonomy duration
Existing generator, solar, switchgear and fuel information
Site location, access, environment and expansion plans
Operating responsibility and remote-monitoring requirements

Related project routes

Commercial BESS

Battery storage for peak, solar and resilience requirements.

Off-grid microgrids

Remote applications where grid supply is absent or unreliable.

Utility-scale projects

Larger generation and grid-connected project development.

Commercial Solar

Submit the Project Brief

Share the facility, bill/load information and required outcome. Trexon creates a commercial lead, Deal Room and engineering follow-up automatically.

Custom system design for your business
ROI analysis based on your electricity usage
Flexible financing: PPA, IPP, bank loans
Solar ATAP, TNB and ST documentation support