Product Overview

Designed for low-speed electric mobility and autonomous systems, the HESC (Hybrid Energy Supercapacitor) module integrates seven core advantages: high energy density, high power output, ultra-low internal resistance, ultra-long cycle life, excellent safety, wide operating temperature range, and environmental friendliness. This makes it an ideal power source for scenarios requiring frequent charging, stable performance, and long-term reliability, including low-speed driverless vehicles, sightseeing cars, golf carts, mobile robots (AGV), logistics vehicles, and electric bicycles.

Core Performance Advantages

1. Dual Excellence in Energy and Power
   With a stored energy of up to 4.2 KWh (72V version) and a maximum working current of 600A (sustained for 20 seconds), the module balances high energy density with strong instantaneous power. This enables:

• Extended range for low-speed vehicles (e.g., golf carts achieve 80-100 km per charge)

• Rapid acceleration and load capacity for logistics vehicles (e.g., AGVs carrying 500kg+ loads climb 15° ramps smoothly)

2. Ultra-Low Internal Resistance for Efficient Power Delivery
   Boasting AC internal resistance ≤5mΩ and DC internal resistance ≤8mΩ (@25℃), the module minimizes energy loss during high-current discharge. This ensures:

• Stable voltage output even under peak load (e.g., sightseeing cars with 10 passengers maintain consistent speed)

• Reduced heat generation, eliminating the need for complex cooling systems in compact equipment like electric bicycles

3. Industry-Leading Cycle Life

   With 50,000-80,000 charge-discharge cycles (depending on voltage range), the module far outlasts traditional lead-acid batteries (500-1,000 cycles) and lithium-ion batteries (1,000-3,000 cycles). For equipment with daily charging (1-2 cycles), it delivers a service life of 70-200 years, matching the operational lifespan of the vehicle/device itself and eliminating replacement costs.

4. Rapid Charging with Universal Compatibility

   Supporting a standard charging current of 200A via national standard charging piles, the module reaches full charge in just 20-30 minutes—revolutionizing operational efficiency:

• Logistics AGVs in warehouses reduce downtime by 80% compared to lithium battery systems

• Electric bicycles achieve "refuel-like" convenience, charging while users take a short break

5. Extreme Environment Adaptability
   Operating reliably across -40℃ to 65℃ and storing safely from -20℃ to 45℃, the module excels in harsh conditions:

• Low-speed driverless vehicles in cold regions (e.g., northern China winter) start instantly without performance loss

• Golf carts in desert resorts maintain power output at 60℃ without overheating

6. Intrinsic Safety and Environmental Friendliness
   Constructed with aluminum, carbon, and nickel (no heavy metals), the module uses physical charge-discharge reactions, eliminating risks of combustion, explosion, or toxic leakage—critical for:

• Indoor AGVs in factories and malls (no fire hazard)

• Eco-tourism sightseeing cars (zero pollution, aligning with green travel initiatives)

Technical Specifications

Application Value

• Logistics & Warehousing: AGVs achieve 24/7 operation with 30-minute charging breaks, increasing throughput by 300%

• Tourism & Leisure: Sightseeing cars and golf carts reduce maintenance stops, improving passenger satisfaction

• Industrial Automation: Mobile robots in factories operate reliably in high/low temperatures without performance degradation

• Urban Mobility: Electric bicycles solve "range anxiety" with fast charging, promoting eco-friendly commuting

The HESC module redefines power storage for low-speed electric equipment, combining efficiency, durability, and safety to lower total ownership costs while enhancing operational flexibility.