EV Battery Solutions
Our customizable EV battery solutions cater to a wide range of electric vehicles, including light-duty trucks, vans, heavy-duty trucks, buses, ships, and specialty vehicles such as street sweepers. Whether it’s a normal LFP battery, LMO battery, or the latest blade battery solution, we have you covered.
Inquiry: contact@brogenevsolution.com
Why Choose Brogen EV Battery Solutions?
High Quality & High Safety
Competitive Pricing
Low MOQ
Professional Support
Standard LFP Battery Solution
Our standard LFP battery solutions are designed for safety, reliability and durability. These solutions address a wide range of applications, including public transit, mass transit, urban delivery, shuttles, special needs transportation, trucking, and various other scenarios.
Key Features
The high integration includes comprehensive and highly reliable active safety features, such as integrated harnesses, aluminum bars, temperature sensors, as well as all-around features like internal pressure, explosion-proof valves, electrolyte detection, and BMS acquisition boards in the battery pack. This results in a space savings of 5% – 10%.
The insulation resistance between adjacent aluminum bars and between aluminum bars and temperature sensors meets the 2000V insulation resistance standard. The insulation resistance between aluminum bars and PC modules meets the 6000V insulation resistance standard. This significantly reduces the risk of accidents caused by traditional harness insulation aging, breakage, and short circuits.
Improves overall PACK production efficiency, saving costs. Standardized products greatly simplify the assembly production process, ensuring product quality.
BMS Advantages
Equipeed with a heating and cooling system, our BMS can operate efficiently in ambient temperatures ranging from -35°C to 45 °C.
Our BMS ensures high-precision State of Charge (SOC) with an error of ≤3%, and accurate State of Health (SOH) assessments with a battery cell health error of ≤5%.
The BMS utilizes high-speed daisy chain communication, offering a superior data transmission rate, lower power consumption, enhanced stability in communication, and robust anti-interference capability. This makes it well-suited for specialized working environments such as airports.
Blade Battery Solution
Our blade battery solutions address a wide range of commercial vehicle applications. With 19 different EV battery pack options, we seamlessly address the diverse needs of the commercial vehicle market, from minivans to trucks and buses.
Key Features
7 safety test dimensions: internal short circuit, external short circuit, overcharge, collision, high pressure, connections and hazardous gases, 5 safety assessment perspectives: electrical safety, mechanical safety, thermal safety, environmental safety, and gas flammability. Safety testing and verification is based on complex conditions and the entire lifespan.
High environmental temperature adaptability: utilizing a wide temperature range efficient heat pump system and direct battery cooling and heating technology, ensuring that the battery pack can quickly raise its operating temperature in low temperatures to meet driving requirements.
Rugged structure, low density materials (aluminum alloy, glass fiber reinforced SMC composite materials).
Compared to traditional battery packs, blade batteries eliminate modules, resulting in a 50% increase in volume utilization and a 30% reduction in cost.
Commercial Applications & Power Range
- The PACK contains the BMS and the complete power distribution module.
- It typically appears as a single PACK.
- 10 – 50 kWh.
- 1P – 2P single PACK or multiple PACKs in series connection.
- 40 – 100 kWh for light trucks.
- 80 – 160 kWh for medium trucks.
- In the form of multiple PACKs in series & parallel connection.
- 100 – 500 kWh.
- In the form of 1P – 6P multiple PACKs in series connection.
- 100 – 900 kWh.
Battery Solutions for PHEV, FCEV, HEV
For Plug-in Hybrid Electric Vehicles (PHEVs), Fuel Cell Electric Vehicles (FCEVs), and other Hybrid Electric Vehicles (HEVs), our battery solutions primarily feature fast-charging battery systems.
The battery cell materials mainly utilize Lithium Manganese Oxide (LMO), with additional options including Lithium Iron Phosphate (LFP) and Nickel Manganese Cobalt (NMC). Our battery systems are deployed in 23 countries and 47 cities worldwide.
Key Features
- High efficiency
- Compatible with fuel cell systems
- Sustainable fast charging
- High-density, optimized space
- Compact and efficient battery module cooling design
- Low maintenance
- Maximized mobility: fast charging and efficient energy management
- Enhanced durability: built to withstand harsh environments
- Continuous operation: capable of running unsupervised in all weather conditions
- Durable under heavy pressure
- Extended operating time
- Handle extreme conditions
- Fast charging
- Minimized downtime
- High efficiency
BMS Advantages
- High-accuracy, stable data acquisition
- Real-time battery status monitoring
- SOC, SOH, and SOP estimation
- High-voltage control
- Thermal management
- Charge and discharge management
- Balancing management
- Insulation monitoring
- Fault warning and management
- Customizable parameters and algorithms
- UDS functionality
Relevant Projects
- Heavy Transport
- Industry Insight
- Light Commercial Vehicles
- Marine Electrification
- Public Transportation
- Specialty Equipment
- Technologies
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