Explore our engineering OEM/ODM product lineup engineered for extreme thermal endurance, high-voltage fast charging, and smart telematics deployment across the Philippine archipelago.
The rapid modernization of the Philippines' transport and energy sectors—ranging from the Public Utility Vehicle Modernization Program (PUVMP) to island solar-plus-storage mini-grids—demands battery energy storage systems (BESS) and electric vehicle (EV) powertrains capable of performing under unforgiving tropical environments. In high ambient temperatures exceeding 38°C in Metro Manila, Central Luzon, and Mindanao, conventional air-cooled battery packs experience severe thermal throttling, accelerated capacity fade, and heightened risks of thermal runaway.
As a premier global OEM battery manufacturer, our factory integrates automotive-grade High-Voltage (HV) liquid-cooling architecture into every pack design. By circulating liquid coolant (water-glycol mixtures) through micro-channel cold plates directly interfaced with NCM/LFP prismatic cells (such as Starmax NCM 811 50Ah–280Ah cells), heat dissipation efficiency is increased by up to 300% compared to passive or forced-air cooling systems.
Dual-circuit liquid jackets maintain cell temperature differentials under 2°C across large packs, mitigating thermal runaway even during continuous 1C to 3C ultra-fast charging under Philippine summer sun.
By shifting from standard low-voltage 48V/72V systems to 300V–800V high-voltage platforms, operating current is dramatically reduced. Lower current directly translates to lower thermal stress on cables, contactors, and cells.
Our enclosures feature IP67 and IP69K liquid-tight sealing with anti-corrosion powder coatings designed specifically to resist the high humidity and salty air of Philippine coastal regions and island corridors.
Engineered to resolve real-world infrastructure and climatic bottlenecks faced by Philippine fleet owners, commercial operators, and energy developers.
Under the Department of Transportation's (DOTr) PUV Modernization Program, over 180,000 public utility vehicles are transitioning to clean electric powertrains. Standard air-cooled batteries installed on e-Jeepneys frequently overheat due to heavy passenger payloads (up to 25 passengers), stop-and-go Manila traffic, and prolonged 14-hour operation shifts.
Our liquid-cooled LFP/NCM heavy-duty battery packs deliver uncompromised continuous output, allowing e-Jeepneys and commercial delivery trucks to run all day without thermal shutdown, reducing total cost of ownership (TCO) by over 45% against diesel routes.
With over 7,600 islands, off-grid provinces like Palawan, Mindoro, Catanduanes, and Masbate rely heavily on expensive diesel generators. Solar-plus-storage microgrids are expanding rapidly under National Electrification Administration (NEA) initiatives.
Air-cooled containerized BESS installations in coastal island sites suffer rapid capacity loss due to ambient humidity and salt spray. Our OEM liquid-cooled energy storage cabinets incorporate closed-loop liquid chillers, preventing salt mist intrusion while maintaining uniform pack temperatures for reliable 24/7 power backup.
Urban delivery business orders (Lalamove, Grab, Foodpanda) and passenger trike services in Metro Cebu and Davao demand zero downtime. Battery swapping hubs provide instant energy replenishment within 2 minutes.
Our outdoor auto-rickshaw and mototaxi battery swap stations integrate liquid thermal pre-conditioning. Rapidly charging swapped packs generates significant heat; our smart station liquid chillers cool the incoming hot batteries instantly during high-rate charging, preserving cell longevity and preventing station fires.
Long-haul intercity transit between Northern Luzon and Southern Tagalog requires high-power DC fast-charging networks.
Deploying our 480kW Ultra-Fast DC Charging Stations (CCS1, CCS2, CHAdeMO, GBT) equipped with liquid-cooled charging cables allows electric passenger cars, buses, and commercial haulers to add 200 km of range in under 15 minutes, matching the convenience of traditional petrol fueling.
A comprehensive comparison for Philippine procurement engineers, fleet managers, and system integrators evaluating long-term EV asset investments.
| Performance Metrics | Standard Air-Cooled Battery | OEM Liquid-Cooled Battery (Our Factory) | Philippines Market Advantage |
|---|---|---|---|
| Operating Temperature Range | 15°C to 35°C (Thermal derating above 35°C) | -20°C to 55°C (Full power at 45°C ambient) | Prevents power loss during Philippine dry season heatwaves. |
| Core Cell Temperature Spread | > 7°C variance across pack | ≤ 2°C tight cell uniformity | Extends overall battery pack operational life by up to 40%. |
| Fast Charging Capability | Limited to 0.5C–0.8C (Overheating risk) | 1.5C to 3.0C Continuous Fast Charge | Enables 20 to 30 minute full charges at transit hubs. |
| Ingress Protection Rating | IP54 to IP65 (Vented air openings) | IP67 / IP69K Liquid-Sealed Enclosure | Completely immune to heavy monsoon flooding & high-pressure washes. |
| Corrosion Resistance | Standard metal coating (Rust vulnerable) | Anti-Salt Spray E-Coating & Aluminum Casing | Ideal for Philippine coastal, island, and port logistics environments. |
| BMS & Telematics Integration | Basic Voltmeter / Simple CAN | 4G GPS/GNSS, TPMS, Temp Monitoring, OTA OS | Provides fleet managers full real-time visibility from remote cloud dashboards. |
Strategic alignment with national legislation, duty exemptions, and infrastructure growth mandates.
The Electric Vehicle Industry Development Act (EEDA) mandates 5% minimum EV fleet share for commercial logistics companies and public utility operators. Liquid-cooled battery reliability ensures enterprise fleets meet these legal mandates without operational interruptions.
Executive Order No. 12 temporarily reduces import tariffs on electric vehicles, key battery modules, and charging equipment to 0%. Importing our advanced OEM liquid-cooled batteries and 20kW–480kW fast chargers offers Philippine buyers maximum fiscal tax savings.
With the Philippine Department of Energy targeting a 35% renewable energy share by 2030, liquid-cooled battery energy storage systems serve as crucial buffer assets for intermittent solar power installations across Visayas and Mindanao.
Why leading automotive brands, fleet operators, and energy suppliers choose our liquid-cooled battery manufacturing facilities.
Founded with car-grade high-voltage architecture at its core, our manufacturing base features automated prismatic cell sorting, laser-welded busbars, dynamic liquid-flow testing, and rigorous environmental stress chamber validation. We specialize in producing lithium-ion solutions ranging from Starmax NCM 811 high-density cells to complete 800V liquid-cooled battery packs for electric streetfighters, commercial cargo tricycles, and utility buses.
Our liquid-cooled propulsion systems and fast-charging technologies have been featured across top automotive media publications globally. We provide full technical support, local distributor training, spare parts provisioning, and custom OEM pack assembly for Philippine clients.
Request Factory Audit & Technical SpecsEssential guidance for battery distributors, EV assemblers, e-PUV fleet managers, and renewable energy EPC contractors.
Our liquid-cooled battery enclosures are built to IP67 and IP69K ingress protection standards. Unlike air-cooled packs that require air vents (making them vulnerable to water intrusion during flooded street conditions in Metro Manila), our liquid-cooled systems are completely sealed from external ambient air and water. They can withstand submersion up to 1 meter for 30 minutes without liquid ingress or thermal failure.
Yes. We offer both standardized modular battery packs and fully custom OEM/ODM battery dimensioning. Our engineering team provides custom CAN-Bus protocol matching (CAN 2.0B / SAE J1939) to interface seamlessly with existing motor controllers, vehicle displays, and onboard chargers (CCS1 / CCS2 compatibility).
Standard sea freight delivery from our manufacturing plant to major Philippine ports (Manila International Container Terminal, Cebu Port, or Davao International Container Terminal) typically takes 10 to 14 days. Production lead time for customized sample packs is 2 to 3 weeks, while volume container orders are delivered within 30 days.
Absolutely. Our 20kW wall-mount fast chargers up to our 480kW Ultra-Fast dual-port stations natively support CCS2, CCS1, CHAdeMO, and GB/T standards. This universal compatibility allows public utility vehicles, commercial fleets, and private electric passenger cars to utilize the same high-speed charging infrastructure nationwide.
Every commercial battery package can be paired with our IP67/IP69K Rugged Smart Vehicle Telematics Box running Android 12/Linux. Fleet managers access a dedicated cloud web dashboard providing real-time GPS/GNSS tracking, individual cell temperature monitoring, state-of-charge (SoC) analytics, tire pressure monitoring (TPMS integration), and geofencing alert notifications.
Our Starmax NCM (50Ah to 280Ah) and LFP prismatic cells utilize advanced liquid cold-plate distribution. By eliminating internal hot spots and keeping cell temperature delta below 2°C, capacity retention stays above 80% even after 3,500 continuous deep discharge cycles under ambient temperatures of 35°C–40°C.
Whether you are expanding an e-PUV fleet, setting up highway DC fast-charging networks, or building off-grid solar BESS in the Philippines, our engineering team is ready to deliver tailored OEM/ODM solutions.
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