Electric Bus Battery
In the global wave of public transportation electrification, standardized batteries are unable to meet the complex needs of diversified operational scenarios. As a technology service provider specializing in customized development of lithium batteries, we provide "one scenario, one solution" battery system solutions for urban bus operators, vehicle manufacturers, and special scenario users through modular architecture design, precise chemical system matching, and full chain data empowerment, helping to achieve zero emission goals and win-win operational benefits.
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- 24/7 Customer Service
Product Introduction
Technical advantages: flexible adaptation, precise breakthrough of industry pain points
1. Scenario based performance customization
- Free definition of range : Based on lithium iron phosphate (LFP), ternary lithium (NCM) or solid-state battery technology, it provides a range solution of 200-600 kilometers, with an energy density coverage of 180-320 Wh/kg, suitable for urban trunk lines, suburban lines or tourist routes.
-Extreme Environment Enhancement Design : Customized electrochemical formula and intelligent temperature control system for high cold (-40 ℃), high temperature (55 ℃) or high humidity areas, ensuring a capacity retention rate of>85% (extreme conditions).
2. Charging efficiency can be configured as needed**
-Graded optimization of charging speed : Supports 30 minute fast charging (SOC 80%), 15 minute flash charging, or night slow charging modes, compatible with 400V-1000V high-voltage platforms, matching bus stations or charging scenarios along the way.
- Hybrid solution for battery swapping/charging : Modular battery pack design that can be combined with the operational needs of "vehicle electric separation" to achieve mechanical battery swapping within 5 minutes.
3. Full lifecycle scalability
- Capacity Elastic Expansion Technology : Reserve battery compartment space and BMS upgrade interface, support later addition of battery modules, and extend vehicle service life.
-Tiered utilization pre integration: Built in State of Health (SOH) tracking and disassembly guidance data, retired batteries can be quickly reorganized into energy storage units, reducing full cycle costs.
Service System: From Requirement Analysis to Implementation Delivery
Five step customization process
1. Scenario diagnosis : Conduct on-site research on daily mileage, charging pile layout, climate conditions, and other parameters.
2. Chemical system selection: Considering safety, cost, and performance, LFP, low cobalt ternary, or sodium ion battery solutions are recommended.
3. Structural design: Customize the layout of square/soft pack battery cells to optimize space utilization and heat dissipation paths.
4. Intelligent BMS development : Matching V2G, remote OTA, or preventive maintenance functions.
5. Mass production delivery : Passed ISO 26262 functional safety certification, provided with battery passport and carbon footprint report.
Application scenarios and value implementation
Typical Cooperation Cases
- High density urban public transportation: Customized "high-temperature resistant fast charging battery" for a Southeast Asian city, with a 25% increase in range in a 45 ℃ environment, supporting continuous operation of 3 trips/vehicle/day.
- High altitude scenic area connection : Developing "low oxygen environment adaptive batteries" for areas at an altitude of 3000 meters to solve the problem of traditional battery power attenuation.
- Hydrogen electric hybrid power : Jointly developed by automotive companies with a "fuel cell+lithium battery" hybrid system, with a range exceeding 800 kilometers.
Quantification of Customer Revenue
-Total cost of ownership reduced by 18% -35% : By accurately matching requirements, hidden losses caused by battery capacity redundancy or insufficient performance can be avoided.
-Carbon emissions reduced by 30%+: By adopting green electrolyte and closed-loop recycling technology, a single battery system can reduce carbon emissions by over 200 tons throughout its entire lifecycle.
Why choose our customized service?
-Deep collaborative development: Establish a technical team with clients to share battery simulation testing platforms and operational data models.
-Quick response capability: From requirement confirmation to prototype delivery, it only takes 60 days, supporting seamless integration between small-scale trial production and large-scale implementation.
- Global Compliance Support : Meets regional standards such as China's GB/T 34013, Europe's UN R100, North America's UL 1973, etc., to assist in cross-border product launch.
Immediate action: Start your customized battery project
Whether it's building a new electric bus fleet or renovating traditional fuel vehicles, we will design the most commercially valuable and environmentally friendly battery solution for you through one-on-one technical consultation, free scenario evaluation, and prototype testing.
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