Advanced energy storage systems by BLEnergy, consit of CATL Energy Storage product thecnology.
At the core of our modular storage solutions are the world’s most advanced energy storage units from CATL, backed by years of extensive research and development, positioning our storage systems at the technological forefront of the industry. These systems are characterized by their modularity, enabling us to design and deliver energy storage projects for a diverse range of applications, while considering entrepreneurial considerations and constraints.
Our storage technologies ensure stability safety and reliability, with long product life cycle that allow for high-quality energy storage, optimal energy utilization, and the efficient use of energy density on a compact footprint. All of this is achieved while adhering to the industry’s strictest standards and the highest safety measures in the world.
High level of safety
- LFP batteries with high thermal stability
- Protection level of IP66 to meet the requirements of outdoor applications
- Resistance up to C5 corrosion level, with 20-year reliability
- Separate fire protection system
Long service life
- Available for integration with CATL’s advanced technologies (e.g. optional cell with super-long cycling up to 12,000 cycles)
- Integrated frequency conversion liquid-cooling system, with cell temperature difference limited to 3℃, and a 33% increase of life expectancy
High integration
- Modular design, compatible with 600 – 1,500V system
- Separate water cooling system for worry-free cooling
- Modular design with a high energy density, saving the floor space by 50%
- Transportation after assembly, reducing on-site installation costs and commissioning time
Outdoor Liquid Cooling Battery System
IEC 62619
UL 1973
UL 9540A
IEC 62477-1
Basic Parameters
8P52S
Configuration
306
Cell capacity [Ah]
1331.2
Rated voltage [V]
0.407
Rated energy [MWh]
IP66
IP Rating
3.5
Product weight [T]
2,280 *1,300*1,300
Dimensions [L*W*H] [mm]
Lower CaPex
- High energy density of 133Wh/L with newest LFP cells of ~530Ah.
- Back to back and side by side arrangement reducing projects area.
- Excellent life performance and 20 years reliability.
High Safety
- No safety accident in ESS products.
- Covers wide and extreme climates.
- Safety design at all levels – Cell/Module/Rack/Container.
- Multiple fire protection measures to different fire stage.
Simple integration
- DC components pre installed in 20 feet cabinet.
- Integrated AC panel and communications shorten commissioning time.
- Compatible with oversea PCS manufactors, and can support different augmentation plan.
CATL New Generation Container
NFPA 855
NFPA 69
NFPA 70
IEC 61000-6-2/4
IEC 62477-1
IEC 62619
IEC 62933-5-2
IEC 63056
UL 1973
UL 9540
UL 9540A
CE
UK
Basic Parameters
4P(2P416S) / 8P4S(1P104S)
Configuration
530
Cell capacity [Ah]
1331.2
Rated voltage [V]
5.64
Rated energy [MWh]
IP55
IP Rating
42/45
Product weight [T]
6058 *2438*2896
Dimensions [L*W*H] [mm]
System Advantages
- The Tener C2-L600 system integrates CATL LFP 565 Ah cells, which offers increased capacity, minimal degradation (with zero degradation in the first year or the first three years), extended service life, and enhanced efficiency
Extreme safety
- The Tener C2-L600 system utilizes highly stable lithium-iron phosphate (LFP) for cell safety. LFP is widely recognized as a safe material, particularly suitable for the BESS.
- The battery module offers a level 5 insulation protection.
- Both the battery module and the sub control box are equipped with 1500 V fuses, providing passive protection.
- The bulkhead has a fire resistance rating of 2 hours, effectively preventing thermal runaway.
- The Tener C2-L600 system adopts multiple levels of fire safety protection, including alarms, explosion-proof features, explosion venting (optional), and water-based fire suppression.
- The Tener C2-L600 system adopts multiple designs to enhance electrical safety, including Emergency Stop (E-Stop) design, multiple fuse protection, insulation and voltage monitoring, multi-channel isolation, and lightning
protection.
Highly integrated system
- As the first product in the TENER series, the Tener C2-L600 system offers a high energy density of 6 MWh (20-foot container). In a 200 MWh project, using the Tener C2-L600 system can result in an 8% reduction in the overall floor area, lowering EPC costs and creating more benefits.
- The cell packing features a modular design that significantly enhances energy density in a specified area. This highly integrated system achieves an area energy density exceeding 407 kWh/m².
CATL New Generation Container
NFPA 855
NFPA 69
NFPA 70
IEC 61000-6-2/4
IEC 62477-1
IEC 62619
IEC 62933-5-2
IEC 63056
UL 1973
UL 9540
UL 9540A
CE
UK
Basic Parameters
8P4S(1P104S)
Configuration
565
Cell capacity [Ah]
1331.2
Rated voltage [V]
6.02
Rated energy [MWh]
IP55
IP Rating
45
Product weight [T]
6058 *2438*2896
Dimensions [L*W*H] [mm]
Highly integrated system
- As the first stacked product in the TENER series, the Tener H2 system integrates both LFP 530Ah and 565Ah cells which offers a high energy of 8.46 MWh and 9.025 MWh, respectively. In a 200 MWh project, using the Tener H2 system can result in an 25% reduction in the overall floor area compared with 6MWh 20-feet container, lowering EPC costs and creating more benefits.
- Flexible transportation: The Tener H2 container is designed with 20-feet projection size, the length and width are the same as standard 20-feet container. This size design meet the standards of shipping industry. The weight of single half-height container is less than 36t. Thus, the transportation of container can be accepted by all infrastructure around the world, making the transportation very flexible.
System Advantages
- Low noise: The noise level of the cooling unit can be reduced to 65 dBA, which slashes the investment in soundproofing equipment for the entire station. The top-mounted cooling unit design resolves the heat island issue for the entire station.
- Low auxiliary power consumption: Equipped with a high-efficiency liquid cooling unit, the auxiliary power consumption under standard operating conditions is less than 3.6% (25℃, 1cycle/day).
- Strong environmental adaptability: The container features the IP rating of IP55, and the battery module features IP rating of IP67. The corrosion class of the Tener H2 system is C5-VH, and its seismic rating is the IEEE693 seismic high level.
Extreme safety
- The Tener H2 system utilizes highly stable lithium-iron phosphate (LFP) for cell safety. LFP is widely recognized as a safe material, particularly suitable for the BESS.
- The battery module offers a level 5 insulation protection.
- Both the battery module and the sub control box are equipped with 1500 V fuses, providing passive protection.
- The bulkhead has a fire resistance rating of 2 hours, effectively preventing thermal runaway.
- The Tener H2 system adopts multiple levels of fire safety protection, including alarms, explosion-proof features, explosion venting (optional), and water-based fire suppression.
- The Tener H2 system adopts multiple designs to enhance electrical safety, including Emergency Stop (E-Stop) design, multiple fuse protection, insulation and voltage monitoring, multi-channel isolation, and lightning protection.
- Independent UPS design enables one UPS to support the FSS monitoring system with a 24-hour capacity, while the other draws power from the battery rack to provide standby power for approximately 9.5 hours, which significantly improves system reliability.
NFPA 855
NFPA 69
NFPA 70
IEC 61000-6-2/4
IEC 62477-1
IEC 62619
IEC 62933-5-2
IEC 63056
UL 1973
UL 9540
UL 9540A
CE
UK
Basic Parameters
12P4S(1P104S)
Configuration
530/565
Cell capacity [Ah]
1331.2
Rated voltage [V]
8.46/9.025
Rated energy [MWh]
IP55
IP Rating
36x2
Product weight [T]
6058 *2438*4500
Dimensions [L*W*H] [mm]
Energy Storage Management System by Energynie™
The primary goal of Contel Smart Energy’s Energy Storage Management System (ESMS) is to ensure seamless coordination among various components of the storage system. The ESMS orchestrates and synchronizes the CATL Battery Management System (BMS), the Power Conversion System (PCS), the power meter system, and third-party Plant Power Controller (PPC). It also handles user interfacing, logging, and user management for the entire energy storage system.
Furthermore, the ESMS enables local operation of the energy storage system and supports remote third-party operation, allowing external SCADA or EMS software to control the storage system.
