MEGAWATT SERIES ENERGY STORAGE SYSTEM

The Hinertech battery energy storage system effortlessly integrates high power density, digital connectivity, multi-level safety, black start capability, scalability, ultra-fast response, flexible use, and plug-and-play convenience, providing unparalleled efficiency and control to revolutionize your energy environment.

TO EMPOWER THE WORLD WITH US!

As a trailblazing container energy storage provider, Hinertech is committed to solving the problem of power shortage. Our prompt and dependable solutions guarantee uninterrupted services in the face of grid outages, emergencies, or high demand. By furnishing immediate backup power, we enable industries and communities to convert crises into opportunities for continuous operations.

We are unwavering in our dedication. Our container energy storage maximizes distribution, effortlessly incorporates renewable sources, and alleviates pressure on the grid. Whether in industrial facilities or remote regions, we provide reliable power, promoting sustainability. As committed collaborators, we redefine access to energy, guiding towards a more sustainable and environmentally friendly future. Join us in shaping the energy landscape of tomorrow.

IC-ESS-C20-2703

Rated Energy MWh: 2.70@0.5C
Rated Power MW: 1.35
Rated Output Voltage Vd.c.: 900~1500
Cell Rated Capacity Ah: 100
Cell Type: LFP
Charging Temperature ℃: 0~45
Discharging Temperature ℃: -20~50
Communication: CAN, RS485, TCP/IP
Heat management method: Air Cooling
IP Grade: IP54
Weigh kg: 28000
Dimension L*W*H mm: 6058*2438*2896

IC-ESS-C20-2752

Rated Energy MWh: 2.75@0.5C
Rated Power MW: 1.5
Rated Output Voltage Vd.c.: 900~1500
Cell Rated Capacity Ah: 280
Cell Type: LFP
Charging Temperature ℃: 0~45
Discharging Temperature ℃: -20~50
Communication: CAN, RS485, TCP/IP
Heat management method: Liquid Cooling
IP Grade: IP54
Weigh kg: 28000
Dimension L*W*H mm: 6058*2438*2591

IC-ESS-C20-3421

Rated Energy MWh: 3.42@0.5C
Rated Power MW: 1.5
Rated Output Voltage Vd.c.: 900~1500
Cell Rated Capacity Ah: 300
Cell Type: LFP
Charging Temperature ℃: 0~45
Discharging Temperature ℃: -20~50
Communication: CAN, RS485, TCP/IP
Heat management method: Liquid Cooling
IP Grade: IP54
Weigh kg: 36000
Dimension L*W*H mm: 6058*2438*2896

IC-ESS-C20-3440

Rated Energy MWh: 3.44@0.5C
Rated Power MW: 1.7
Rated Output Voltage Vd.c.: 900~1500
Cell Rated Capacity Ah: 280
Cell Type: LFP
Charging Temperature ℃: 0~45
Discharging Temperature ℃: -20~50
Communication: CAN, RS485, TCP/IP
Heat management method: Liquid Cooling
IP Grade: IP54
Weigh kg: 36000
Dimension L*W*H mm: 6058*2438*2896

IC-ESS-C20-3727

Rated Energy MWh: 3.72@0.5C
Rated Power MW: 1.8
Rated Output Voltage Vd.c.: 900~1500
Cell Rated Capacity Ah: 280
Cell Type: LFP
Charging Temperature ℃: 0~45
Discharging Temperature ℃: -20~50
Communication: CAN, RS485, TCP/IP
Heat management method: Liquid Cooling
IP Grade: IP54
Weigh kg: 38000
Dimension L*W*H mm: 6058*2438*2896

IC-ESS-C20-3840

Rated Energy MWh: 3.72@0.5C
Rated Power MW: 1.9
Rated Output Voltage Vd.c.: 900~1500
Cell Rated Capacity Ah: 300
Cell Type: LFP
Charging Temperature ℃: 0~45
Discharging Temperature ℃: -20~50
Communication: CAN, RS485, TCP/IP
Heat management method: Liquid Cooling
IP Grade: IP54
Weigh kg: 40000
Dimension L*W*H mm: 6058*2438*2896

IC-ESS-C45-5200

Rated Energy MWh: 5.2@0.5C
Rated Power MW: 2.5
Rated Output Voltage Vd.c.: 900~1500
Cell Rated Capacity Ah: 280
Cell Type: LFP
Charging Temperature ℃: 0~45
Discharging Temperature ℃: -20~50
Communication: CAN, RS485, TCP/IP
Heat management method: Air Cooling
IP Grade: IP54
Weigh kg: 60000
Dimension L*W*H mm: 13716*2438*2896

Customized Battery Power Range

We offer a broad range of customizable battery power options for our container energy storage solutions, catering to a diverse range of energy demands. Whether you require a smaller setup or a large-scale installation, our bespoke battery configurations ensure your energy storage is tailored to your specific requirements.

Intelligently Designed Containers

Our containers are expertly designed to accommodate various battery capacities while maximizing space efficiency. This guarantees that our container energy storage systems maintain their compact footprint without compromising performance, making the most of available space.

Profitability through Energy Empowerment

By utilizing our container energy storage solutions, we empower you to efficiently meet your energy needs and generate revenue. Through grid services, load shifting, and peak demand management, our systems not only provide uninterrupted power but also create opportunities for profitable ventures, transforming energy storage into a strategic asset.

Our container energy storage solutions prioritize power density, allowing you to harness significant energy output within a small footprint. This ensures efficient use of space without sacrificing power, providing you with a competitive edge in optimizing energy resources and maximizing operational potential.

With state-of-the-art digital connectivity, Hinertech energy storage units evolve into smart energy hubs. Real-time data monitoring and remote management give you the ability to adjust energy distribution, ensuring that you maintain complete control over your power resources.

Safety is our top priority in our container energy storage systems. With advanced multilevel safety protocols, we ensure the protection of your energy investments, placing a high priority on user safety, system integrity, and peace of mind.

Be ready for unforeseen circumstances with the black start capability of our container energy storage. In the event of a grid outage, our systems can independently initiate power generation, serving as your dependable energy source when you need it the most.

Our container energy storage solutions provide limitless scalability. Whether you are expanding to meet increasing demands or starting with a smaller capacity, our systems effortlessly adjust to accommodate your changing energy requirements.

Feel the rapid energy at your fingertips. Hinertech commercial battery storage systems feature ultra-swift response times, guaranteeing immediate power availability upon activation. This quick reaction is crucial for critical applications and sudden shifts in demand.

Adaptability is our trademark. Hinertech container battery storage units are designed for a wide range of applications, from facilitating the integration of renewable energy to supplying backup power during peak demand. Their versatility aligns with your energy objectives, whatever they may be.

Easily switch to efficient energy solutions with our plug-and-play container systems. Designed for seamless integration, Hinertech power systems eliminate complex setup processes, allowing you to enjoy the benefits of advanced energy storage without unnecessary complexity.

For Grid and Public Utility Service Providers

Hinertech energy storage system empower grid operators to efficiently balance supply and demand. By storing surplus energy during low demand and releasing it during peak periods, these systems aid in grid stability, minimizing the risk of blackouts and improving overall reliability.

The intermittent nature of renewable sources can strain grids. Container energy storage offers a seamless way to integrate renewable energy by storing surplus power and releasing it when needed, ensuring a smoother integration of clean energy into the grid.

Hinertech battery storage containers support demand response programs by allowing utilities to modulate energy consumption during peak demand hours. This reduces the need for costly peak plants and supports grid optimization while offering cost savings to consumers.

For Commercial and Industrial

Hinertech energy storage system offers businesses the advantage of reducing peak demand charges. During periods of high demand, the system releases stored energy, effectively reducing peak loads and minimizing electricity costs.

Containerized storage provides an uninterrupted power supply, crucial for industries where downtime translates to financial losses. It safeguards against power outages, ensuring continuous operations without disruptions.

In areas prone to power outages caused by natural disasters, container energy storage serves as a reliable source of emergency backup power, safeguarding sensitive equipment and preventing downtime.

For Factory and Manufacturing Facilities

Hinertech container energy storage enables factories to move energy-intensive processes to off-peak hours when electricity rates are lower. This optimization helps reduce energy costs and eases strain on the grid during peak times.

Voltage fluctuations can harm equipment. Hinertech solar storage systems offer power conditioning capabilities, ensuring a stable and high-quality power supply, thereby safeguarding sensitive machinery.

Factories frequently encounter high electricity demand during production peaks. Container energy storage can alleviate this by providing additional power during these periods, reducing the reliance on grid-supplied peak power.

For Community and Residential Use

Hinertech energy storage battery pack offers communities a backup power source during emergencies, promoting resilience and ensuring essential services can continue during times of need.

Hinertech energy storage battery can be utilized in community microgrid projects, facilitating local energy sharing and optimizing energy distribution within the community.

In residential areas where demand charges are applicable, container energy storage helps homeowners manage peak demand, resulting in reduced electricity bills.

For Charging Pile Infrastructure

Hinertech’s energy storage container improves fast charging infrastructure by storing surplus energy during periods of low demand and releasing it during peak demand. This facilitates rapid and consistent charging without burdening the grid.

The high power requirements of charging stations can strain grids. Container energy storage systems provide grid support by supplying power during sudden spikes in demand, ensuring a stable energy flow.

Charging stations can utilize Hinertech’s container battery storage to shift energy consumption to off-peak hours, enabling the charging of electric vehicles when electricity rates are lower.