As one of the pioneers in the energy storage market, CALB was the first few companies with the R&D capability to develop LFP batteries. With 15 years experience in the ESS market, CALB has built strong and reliable partnerships with leading players in wind, solar and grid sectors through a large number of polit and comercial projects, covering all senarios from power generation, grid services to user-end applications.
1. The first Mega-Wh stationary ESS project, Shenzhen Baoqing ESS Station, China Southern Power Grid, 2010;
2. World's largest new energy application project, Zhangbei Pilot Project, State Grid Corporation of China, 2011;
3. The only mirco-grid ESS project in high-altitude area, Longyuan Solar-ESS integrated Mirco-Grid Project, Ali Tibet, 2012;
4. 220MWh Kunshan ESS Staion, Phase II of State Grid Jiangsu Project,2019.
ESS apllications for medium/long term energy storage and different kinds of grid services has been supported by CALB's advanced ESS technologies. Extended service life and balanced battery performance have been achieved by breakthroughs in materials science and manufacturing techniques.
1. Long life batteries with different power performance (0.25P, 0.5P, 1P) and capacities (from 50Ah to 320 Ah) were developed for different applications;
2. Enhanced energy density pushed the capacity of single L173 cells from 280Ah to 320Ah;
3. Highly standardized cell and module designs make integrations much easier;
4. Large ESS containers for scaled applications: 6.58MWh@40FT with air cooling, 3.73MWh@20FT with liquid cooling;
5. Multiple configuration for small-scale applications: 233kWh, 265kWh, 373kWh, 425kWh ESS packages;
6. 5-40kWh ESS solutions for home applications.
With a deep understanding in the fields of electrochemistry, energy storage, lifecycle management, CALB has developed comprehensive safety solutions for both batteries and energy storage systems. A series of design modules, including systemetic safety design, thermal modeling, big-data analysis platform, test & simulation, etc., have been used to achieve higher safety standards with comprehensive managing capabilities.
Ultra-long Service Life: 25+ years powered by LFP.
Powered by advanced battery management strategies and AI models with higher accuracy.
More profits for end-users with extended life-time energy storage capacity, secured by smarter battery cells and systems.
Advanced thermal & electic safety design for Cell, Modules and Packs, better intrinsic safty, no thermal run-away.
Real-time monitoring, active early warning with 24 hours in advance.
Full Protection Package: high-voltage insulation protection, AC/DC transition protection, integrated waring system with voice-light-gas-image analysis, active sensoring and fire-extinguishing measures.
Thanks to the insulation design based on thermoelectric coupling, our technology of integrating electromagnetic compatibility systems is able to adapt to all harsh conditions and environments.
Redundant design secures system safety, which is realized by multi-level warning mechanism and monitoring strategy.
With integrated and minimalist design, innovative structure upgrades process integration, quality reliability and control capabilities. The target failure rate is controlled within one in one billion.
Modular integration and extreme minimalism reduce battery investment costs.
Extreme minimalism raises rate of integrated space utilization, securing 50% increase in unit area density.
Innovative structure upgrades process integration, functional compatibility and control capabilities, resulting in 20% rise in integration efficiency.
Thanks to the circuit design and energy efficiency decomposition based on efficient electrical performance simulation, the system strategy of connecting internal resistance, charging and discharging is optimized, thus leading to 3% increase in system discharge capacity.
Llithium iron phosphate system battery+multi-level intelligent protection+authorized certification featuring greatest safety.
Full-time safety management for full life cycle of batteries; With advanced cloud AI algorithms and high-precision battery models, it makes timely analysis and regular diagnosis of battery operations while detecting potential faults to secure absolute safety.
Fire protection system featuring greatest safety: The non-toxic fire-control agents are colorless and odorless, safe for human health and friendly to environment.
The long-life lithium iron phosphate battery system helps achieve higher economic yields while.
upgrading the utilization rate of photovoltaic power, reducing electricity costs, and improving electricity quality.
IP65 protection for the overall machine, which secures strong adaptability to environment and safer use.
Featuring flexible modular design, wiring harnesses is replaced by blind plug connections, so as to minimize on-site installation, save installation time and cost by 50%.
Based on economic analysis of global electricity consumption scenarios, flexibly expand installed capacity by 5-60kWh.
Year 2021/34MWh
The first integrated optical storage project in Qinghai Province
Year 2010/4MWh
The first megawatt station building energy storage project
Year 2021/6MWh
Energy conservation and storage project for the 2022 Beijing Winter Olympics
Year 2011/9MWh
The world’s largest new energy platform
Year 2021/180MWh
The first integrated optical storage project in Qinghai Province
Year 2018/20MWh
One of China’s first large-scale grid projects in China
Year 2021/39MWh
User-side energy storage project based on energy Internet
Year 2012/5.3MWh
The first and sole high-altitude microgrid energy storage project
Year 2022/180MWh
280Ah high-voltage energy storage project in Inner Mongolia
Year 2019/194MWh
The world’s largest power grid single station lithium battery energy storage station
Year 2021/11.78MWh
Exemplary application of peak valley electricity price arbitrage business model
Year 2011/2.3MWh
China’s first microgrid offshore project
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