EV Charging

EV Charging Network

Maximise revenue, optimise space, and future-proof infrastructure with our technology

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POWERING ELECTRIC MOBILITY

Solutions built
for your challenges.

In the high-margin EV charging business, are you limited by power constraints, space, or reliability? We deliver the technology to optimise them all.

Ultra-Power

For heavy-duty EVs (mining, ports, aviation) losing millions per hour of downtime.

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High-Power

For public charging site owners racing to capture the 240kW+ market.

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Space-Optimised

For sites where tight layouts make EV charging impossible.

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ULTRA-POWER

For Heavy-Duty Vehicles

Standard chargers take hours to charge mega-battery vehicles.
Every hour offline is capital not earning. For high-value assets, downtime is unaffordable.

Your Benefits

Minimise Operational Downtime

Achieve a 20% to 80% charge in 15 minutes. Your highest-value assets return to revenue-generating duty faster.

Proven at Scale​

Currently powering 3000kW mining operations in Shanxi. Deployed, validated, and delivering.

Lightweight & Safe​

Patented liquid cooling makes 3000kW practical. Cables are lighter, cooler, and operator-friendly.

ULTRA-POWER

For Heavy-Duty Vehicles

Standard chargers take hours to charge mega-battery vehicles. Every hour offline is capital not earning. For high-value assets, downtime is unaffordable.

15 MINS

Charge from 20% to 80%

Your highest-value assets return to revenue-generating duty faster.

  • Challenge

Standard chargers take hours to charge mega-battery vehicles.
Every hour offline is capital not earning.
For high-value assets, downtime is unaffordable.

Deployed.
Validated.
Delivering.

CORE TECHNOLOGY

The Engineering Behind the Speed

In EV Charging, heat limits speed, adds weight, forces throttling, and accelerates component wear.
At ultra-power levels, from 600kW to 3000kW, it becomes the central engineering challenge.

add_box Power Module Design add_box AI Thermal Management add_box Nano-materials System Architecture add_box Coolant Chemistry add_box Phase-Change Materials Enables ultra-high power flow in a compact form factor. Optimised pipe and connector design reduces resistance and heat generation at every junction. AI Thermal Management Full-stack AI battery management system predicts and pre-empts heat generation across the entire charging cycle. Performance is sustained at peak levels. add_box Power Module Design add_box Nano-materials add_box Coolant Chemistry add_box Phase-Change Materials add_box System Architecture add_box AI Thermal Management add_box System Architecture add_box Nano-materials Power Module Design add_box Coolant Chemistry add_box Phase-Change Materials Patented high-power module architecture minimises energy loss as heat. Higher conversion efficiency. Lower operational cost. Longer component life. add_box AI Thermal Management add_box Nano-materials add_box Power Module Design add_box Phase-Change Materials add_box System Architecture Coolant Chemistry Proprietary advanced coolant delivers superior heat absorption and transfer efficiency. Developed specifically for extreme-power EV charging. Phase-Change Materials Absorb and buffer temperature spikes passively. Acts as a thermal reservoir during peak load, delaying heat rise and reducing cooling system strain. add_box Power Module Design add_box Nano-materials add_box Coolant Chemistry add_box AI Thermal Management add_box System Architecture add_box AI Thermal Management add_box Coolant Chemistry add_box Power Module Design add_box Phase-Change Materials add_box System Architecture Nano-materials Carbon nanotube and graphene applications enhance thermal conductivity and structural strength without adding weight. Materials science applied at the molecular level.
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