Remote-site power
Assess energy demand, resource availability, fuel logistics and autonomy requirements.
Model your project savings and peak-demand reduction
Calculate ROI
Start with the operating requirement
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.
Reduce diesel generator use
How solar and storage can lower generator running hours at remote or backup-dependent sites.
Diesel cost calculator
Frame what a generator costs to run today before comparing hybrid options.
Financing options
Compare ways to fund solar, storage and controls once the requirement is defined.
Commercial Solar
Submit the Project Brief
Share the facility, bill/load information and required outcome. The Trexon team will review it and reply with the next steps.
- Sizing from your 12 months of TNB bills and shift pattern
- Roof, switchboard and single-line diagram reviewed by our engineers
- Available incentives (GITA for solar, subject to MGTC verification) and Solar ATAP eligibility checked for your premises
- SEDA-registered PV Service Provider (RPVSP-2026/373) · SSM 201301044881 (1074704-D)
How a microgrid assessment works
A microgrid is a set of generation, storage and controls that can supply a defined site either with the grid or, when needed, on its own. Whether it makes sense depends on how costly or risky an interruption is, how much fuel the site burns today and how predictable the load is. We therefore begin with the operating requirement and only then select equipment.
What to prepare
Gather your latest 12 months of TNB bills (or fuel delivery records for an off-grid site), a single-line diagram, photos of the switchboard and meter, a roof or land layout, and a list of critical loads with the autonomy each one needs. If a generator is already installed, note its rating, age and average running hours. Interval or half-hourly data, where available, makes the model considerably more accurate.
How the options are compared
We compare solar-only, solar with battery energy storage and hybrid designs that keep a generator as backup, against your current cost and reliability. For fully remote sites, see our off-grid solar guidance, and for tower or telecom sites read about diesel replacement for telco towers. Final equipment, performance and savings are confirmed only after the site data has been verified.