Commercial & Industrial Energy Storage System
To accelerate the world's transition to sustainable energy
简体中文 | English
Tensorpack Distributed Commercial & Industrial Energy Storage System
零探智能
  • 215kWh
    Energy
  • 100kW
    Power
  • 91%
    Efficiency
  • 8000
    Cycles
  • 15y
    Lifespan
  • 2㎡
    Footprint
Teplore distributed energy storage system adopts a highly integrated design concept, integrating batteries, battery management systems, energy management systems, thermal management systems, energy storage inverters, and fire protection systems into one cabinet. The system has a capacity of 8,000 cycles, a maximum conversion efficiency of 91%, and occupies an area of less than 2 square meters. It has a modular design, flexible expansion, and can meet diverse customer needs. It can be connected and used on-site, and can be connected in parallel to meet large-scale energy storage needs. The hardware system uses first-line suppliers such as CATL, Schneider, Phoenix, KEHUA and Delta, combined with multi-level electrical protection, battery safety warning models, and fire protection systems to ensure system safety.
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IEC 62619、IEC 63056
IEC 62477、IEC 61000
IEC 60730
UL1973、UL9540A
UL1741、UL9540
GB/T 36276
GB/T 34131
Tensorpack T 215 kWh/100 kW
Grid Compliance
Tensorpack A 279 kWh/250 kW & 279 kWh/125 kW
  • 279kWh
    Energy
  • 250kW
    Power
  • 90%
    Efficiency
  • 8000
    Cycles
  • 15y
    Lifespan
  • 3㎡
    Footprint
零探智能
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Grid Compliance
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Cortex Ecosystem Software
零探智能
Client software that allows for real-time viewing of the operating status and parameters, economic benefits, product information, and historical data of energy storage system.
PowerView
Supervisor
Intelligent operation and maintenance software that monitors the operation status of energy storage systems, manages operation and maintenance business, predicts maintenance needs 24/7, and provides worry-free system security.
Analyzer
Bidder
AI data analysis software that uses a large amount of operational data, combined with battery electrochemical models and load operating conditions, to adjust the optimal operating strategy in real time.
Virtual power plant software that aggregates resources such as energy storage, charging stations, photovoltaics, and controllable loads, participates in power market trading, and improves asset investment return.
Functionality
  • Reduce costs with the difference between peak and off-peak tariffs.
    Time of Use
    Reduce costs with the difference between peak and off-peak tariffs.
  • Use more energy from renewable sources and minimise feed-in.
    Renewable
    Use more energy from renewable sources and minimise feed-in.
  • Increase electrical generation capacity without changing the transformer.
    Capacity Expansion
    Increase electrical generation capacity without changing the transformer.
  • Control the maximum load power and reduce the demand charges.
    Peak Shaving
    Control the maximum load power and reduce the demand charges.
  • Build a small utility grid with and without a connection to a public utility grid. 
    Microgrid
    Build a small utility grid with and without a connection to a public utility grid. 
  • Provide energy support to the grid in response to system operator alerts.
    Market Participation
    Provide energy support to the grid in response to system operator alerts.
Application
  • Factory normally suffers high electrical bills, TensorPack with multi-use capabilities that can run several storage applications in parallel of time of use, peak shaving, renewable self-consumption and microgird, where high storage capacity with many guaranteed cycles for sustainable power delivery.
    Factory
    Factory normally suffers high electrical bills, TensorPack with multi-use capabilities that can run several storage applications in parallel of time of use, peak shaving, renewable self-consumption and microgird, where high storage capacity with many guaranteed cycles for sustainable power delivery.
  • The gird power connection easily reaches to its limits when construct large EV chargers. Deploying TensorPack can avoid transformer expansion costs since TensorPack regulates the load peaks to protest against overload and reduce electrical bills.
    Charging Station
    The gird power connection easily reaches to its limits when construct large EV chargers. Deploying TensorPack can avoid transformer expansion costs since TensorPack regulates the load peaks to protest against overload and reduce electrical bills.
  • Distributed energy storage combined with photovoltaic, diesel generators and other power sources to provide a stable power system in remote areas or areas with unstable power grids.
    Microgrid
    Distributed energy storage combined with photovoltaic, diesel generators and other power sources to provide a stable power system in remote areas or areas with unstable power grids.
  • 1.2MWh/600kW Time of Use, Capacity Expansion
    Xingzhong Energy
    1.2MWh/600kW Time of Use, Capacity Expansion
  • 860kWh/400kW Time of Use, Renewable
    Panasonic
    860kWh/400kW Time of Use, Renewable
  • 2MWh/1MW Time of Use, Capacity Expansion
    Artesyn Embedded Power
    2MWh/1MW Time of Use, Capacity Expansion
  • 400kWh/200kW Renewable, Microgrid
    Vanke
    400kWh/200kW Renewable, Microgrid
  • 400kWh/200kW PV, Energy Storage and EV Charging
    LongShine
    400kWh/200kW PV, Energy Storage and EV Charging
  • 800kWh/400kW PV, Energy Storage and EV Charging
    SUNNIC
    800kWh/400kW PV, Energy Storage and EV Charging
  • 200kWh/100kW PV, Energy Storage and EV Charging
    YKC
    200kWh/100kW PV, Energy Storage and EV Charging
  • 600kWh/300kW PV, Energy Storage and EV Charging
    Orange Energy
    600kWh/300kW PV, Energy Storage and EV Charging
  • 400kWh/200kW Time of Use, Renewable, Capacity Expansion
    Liando U Valley
    400kWh/200kW Time of Use, Renewable, Capacity Expansion
  • 430kWh/200kW Time of Use, Capacity Expansion
    OYAMI
    430kWh/200kW Time of Use, Capacity Expansion
  • 430kWh/200kW Time of Use
    Economic Development Area
    430kWh/200kW Time of Use
  • 200kWh/100kW Time of Use
    Kaiyuan
    200kWh/100kW Time of Use
Projects
Specification
零探智能
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Contact Teplore
Contact Teplore
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    Teplore
Teplore’s vision is to accelerate the world's transition to sustainable energy, based on this vision, Teplore focuses on developing innovative and sustainable distributed energy storage products and services, offering safe and efficient distributed energy storage systems to market, and providing energy storage-based solutions for commercial and industrial.
Copyright @ 2022 南京零探智能科技有限公司 All rights reserved.
苏ICP备2022020433号
苏公网安备32011502011633号苏公网安备32011502011633号
Copyright @ 2022 南京零探智能科技有限公司 All rights reserved.
苏ICP备2022020433号
苏公网安备32011502011633号苏公网安备32011502011633号
Teplore’s vision is to accelerate the world's transition to sustainable energy, based on this vision, Teplore focuses on developing innovative and sustainable distributed energy storage products and services, offering safe and efficient distributed energy storage systems to market, and providing energy storage-based solutions for commercial and industrial.
Contact Teplore