Model your project savings and peak-demand reduction
Calculate ROIReduce TNB Maximum Demand (MD) charges based on your load profile (modelled from your interval data), protect critical loads with battery backup, and check GITA (MGTC) eligibility with high-performance lithium LFP storage.

Featured System
Commercial Lithium LFP BESS cabinet (250kW / 500kWh, illustrative; manufacturer chosen per project, not stocked)
Input your facility details to estimate system sizing, maximum demand savings, tax benefits, and ROI.
Sized to shave the peak you target (30% is an illustrative assumption). Modular expansion configuration, specified per project.
*BESS is quoted per site; the range uses RM1,300–2,100/kWh. Estimates assume typical factory load factors and optimal daily cycling. Incentive assumptions are verified during proposal review. Actual pricing depends on site electrical configurations.
Improve your facility's energy efficiency, protect uptime, and get more value from your solar.
TNB charges RM31.21 to RM97.06 per kW of Maximum Demand monthly, depending on tariff. BESS automatically discharges to shave load peaks; the reduction in demand charges is modelled from your interval data.
Grid drops can stop production lines. A grid-forming BESS can switch critical loads over automatically; the switchover time depends on the equipment selected and is confirmed in the design.
Store excess midday solar generation that would otherwise go unrewarded under zero-export requirements. Shift self-consumption into evening and night operations.
Discharge is scheduled around your maximum-demand periods and tariff windows, configured per project from your load profile.
Trexon specifies industrial-grade Lithium Iron Phosphate (LiFePO4) chemistry for all C&I projects. LFP is the global standard for heavy energy storage due to its strong thermal stability.
Provides roughly 15 to 20 years of daily deep-cycle service with minimum capacity degradation.
Backed by the hardware manufacturer's warranty and an O&M package set out in your proposal.
Internal liquid cooling loops maintain exact, stable temperature parameters, prolonging LFP cell life.
Dual inverters interface directly with backup diesel generators to construct robust off-grid microgrids.
Supports continuous power for remote communications towers.
Off-grid processing power and labor housing lighting.
Powers isolated longhouses and off-grid villages.
Reduces diesel generator running hours and their maintenance.
Shaves heavy grid peaks and covers automated production lines.
Tailored storage discharge profiles aligned to specific industrial operations.
Trexon storage solution: Backup mode takes over critical cleanroom loads, with the switchover time set by the equipment selected and confirmed in the design.
Trexon storage solution: Active peak-shaving discharges BESS exactly during heavy compressor start sequences to keep MD charges flat.
Trexon storage solution: Charges storage on cheap off-peak rates overnight and discharges during daytime heat cycles to reduce blended tariffs.
Trexon storage solution: Pairing battery storage with solar PV offsets grid electricity and provides metered data to support carbon reporting.
Trexon storage solution: BESS acts as a buffer to absorb rapid kVA demand surges, insulating the factory from TNB rate penalties.
Trexon storage solution: Off-grid solar + battery microgrid replaces diesel generation; cost per kWh and payback are modelled per site.
TNB bills medium and high-voltage industrial consumers a Maximum Demand charge (RM31.21 to RM97.06 per kW depending on tariff: HV General RM31.21, HV ToU RM44.82, MV General RM89.27, MV ToU RM97.06). This charge is calculated based on your single highest 30-minute average power draw of the month. A BESS system monitors this draw in real-time. When it detects a spike approaching your limit, it immediately discharges battery power to cap the peak draw from the TNB grid. This reduces your recorded MD for the month, dropping your bill.
GITA eligibility for BESS depends on the project structure, equipment certification, renewable-energy linkage and MGTC verification. BESS is GITA Asset Tier 1 (100% of qualifying capex), set off against up to 70% of statutory income; the system must be commissioned and the application submitted to MGTC by 31 December 2026. Trexon treats the tax incentive as a verification item in the proposal rather than assuming every battery project qualifies automatically.
Yes, for short-to-medium-duration blackouts. Modern BESS systems can be set to backup mode with a grid-forming inverter, with an automatic transfer switch; switchover time depends on the equipment chosen and is confirmed in the design. Backup duration depends on battery kWh and load, without the fuel cost, noise or high maintenance of diesel generators. For remote plantations or off-grid sites, a hybrid solar + battery + generator configuration is recommended for multi-day resilience.
The BESS manufacturer selected for your project typically uses Lithium Iron Phosphate (LiFePO4) cells rated for 6,000+ complete charging cycles at 80% Depth of Discharge (DoD). This translates to 15 to 20 years of daily operation. The systems are managed by smart Battery Management Systems (BMS) with active liquid thermal regulation and carry the hardware manufacturer's warranty set out in your proposal.
No. BESS enclosures are typically weather-resistant, IP55/IP65 modular outdoor cabinets (the manufacturer is selected per project; BESS is not stocked by Trexon and specifications follow the manufacturer). They are designed to be placed outside your primary electrical room—typically on a concrete pad adjacent to your main distribution board (MDB) or substation—minimizing workspace disruption during installation.
Share your MD profile, tariff category and backup requirement. Trexon will size the battery, model dispatch and route the inquiry to the Trexon commercial team.