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Get QuoteElectronics, EMS and semiconductor facilities run high-value processes where power quality, cleanroom HVAC and maximum demand charges matter at the same time. Trexon models BESS and solar around production continuity, demand reduction and export-customer ESG requirements.

Monthly bill
RM150k-RM400k
MD risk
cleanroom HVAC
Target system
250 kWh-3 MWh
Payback signal
4-7 yrs
Load profile problem
A useful BESS proposal is not a generic battery quotation. It must follow the facility's load shape, production risk, tariff class and financing constraints.
Cleanroom HVAC, compressed air and process tools create a high base load that leaves little room for tariff mistakes.
Short power events can disrupt production, QA yield and batch traceability even when the grid returns quickly.
Solar-only designs reduce daytime kWh but may not cap sharp MD events from HVAC staging or production ramp-up.
Global customers increasingly ask EMS and semiconductor suppliers for Scope 2 reduction evidence.
BESS playbook
We compare solar-only, BESS-only and solar-plus-storage before recommending the final architecture. The right answer is the one that lowers bills without adding operational risk.
Dispatch BESS against HVAC staging, compressed-air events and process ramp-up peaks that set the monthly MD charge.
Use rooftop solar for daytime baseload and battery discharge for late-day peaks where cleanroom loads remain high.
Reserve backup capacity for controls, servers, QA equipment and selected process support during short interruptions.
Quantify avoided grid energy, reduced peaks and CO2 savings for procurement, board and customer reporting.
Sizing inputs
A serious BESS study starts with operating evidence. Trexon uses this to build an MD-reduction case, procurement scope and financing-ready decision memo.
Main load
Cleanroom HVAC, compressed air, SMT lines, test benches, process tools and servers
Typical peak window
Shift start, HVAC staging, production ramp-up and late-day cleanroom load
Data required
TNB interval data, process schedule, UPS topology, critical-load list and ESG reporting needs
Best deployment
Solar ATAP plus LFP BESS with EMS dispatch, backup reserve and monitoring integration
Fastest path
FAQ
BESS can reduce maximum demand charges while adding resilience for selected cleanroom, control and production-support loads. It is especially useful when load peaks come from HVAC staging, compressed air or process ramp-up.
BESS can support selected critical loads when designed with the right power electronics, switching, protection and UPS coordination. Trexon defines the critical-load scope before pricing so the system is not overpromised.
Solar helps when daytime load is high, but semiconductor and EMS sites often have cleanroom loads outside the strongest solar window. BESS helps cap those peaks and can hold reserve for short outage events.
Yes. A solar-plus-BESS project can document reduced grid imports, better self-consumption and lower Scope 2 emissions. Trexon packages those outputs for customer, board and financing review.
Trexon will model solar-only, BESS-only and solar-plus-storage options using your bill, tariff and operating profile.
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