At Nordic Batteries we assemble and manufacture customized battery- and energy storage solutions to drive your business forward. Based on our market and technological expertise we deliver solutions powering the green shift for key industries.
Our products
Big energy
in a transportable package
High quality battery packs
with a small footprint
Growing interest
in multiple industries
Battery capacity: 330kWh (396kWh optional)
DC out: 1x 250kW CCS2 + 1x 48V DC charging
AC in: 1x 230V 3f 16—125A or 1x 400V 3f 16—125A
AC charging eCUBE: Max 120kW
AC out: 1x 230V 3f 32A, 2x 230V 1f 16A or 1x 400V 3f 32A
Weight: 6,5 ton
Dimensions: 2438mm x 2991mm x 2591mm (W x D x H)
eCUBE is a 10ft container with CCS2 charging solutions.
It can be delivered with battery capacity from 330 to 900kWh, depending on use case and specifications. In addition to batteries, the container includes HMI, control systems, DC link cabinet, converters, connection cabinets and a transformer.
The system is easily scalable and adaptable to different use cases and for larger containers as well when higher energy storage capacity is required. The charging container can be used off-grid or connected to the power grid or other energy sources.
Stand alone
or grid connected
Easy to use interface
for maximum efficiency
Practical applications
for a wide range of use cases
Battery capacity: 66kWh
DC out: N/A
AC in: 1x 230V 3f 16—125A or 1x 400V 3f 16—125A
AC charging eBOX: Max 50kW
AC out: 1x 230V 3f 32A or 1x 400V 3f 32A
Weight: 900 kg
Dimensions: 750mm x 2100mm x 720mm (W x D x H)
eBOX is a compact 7ft Energy Storage System designed to work both off-grid or connected to different power sources.
The eBOX was developed by ZEM in close collaboration with Moen Marin and Nordic Batteries to hybridize fishing vessels. Its compact size enables implementation in various environments without compromising capacity. Furthermore, the eBOX can be customized to meet the requirements of other use cases.
Market leading battery cells
for maximum output of power
Advanced control systems
ensuring optimal performance
Strong mounting points
for easy transportation
Battery capacity: 33-188kWh
DC out: 1x 180kW CCS2 charging
AC in: 1x 230V 3f 16—125A or 1x 400V 3f 16—125A
AC charging ePOWERBOX: Max 50kW
AC out: 1x 230V 3f 32A, 1x 400V 3f 32A or 2x 230V 1f 16A
Weight: 2,6 ton
Dimensions: 1500mm x 2300mm x 1100mm (W x D x H)
ePOWERBOX is a smaller version of the eCUBE, complete with CCS2 charging solutions.
It is supplied with battery capacities ranging from 33 to 188 kWh, depending on the use case and specifications. Similar to the eCUBE, it comes equipped with an HMI, control systems, DC link cabinet, converters, connection cabinets, and a transformer. The ePOWERBOX can be utilized off-grid, as well as connected to the power grid or other energy sources.
Top mounted hooks and supports for forklifts makes it easy to move around.
Maximum power
in standardised dimensions
Advanced control systems
ensuring optimal performance
Cloud connected
for easy managing
Battery capacity: 0,9-3,4MWh
DC out: N/A
AC in: 1x 400V 3f-125A or 1x 230V 3f-125A
AC charging eBESS: Max 120kW
AC out: 1x 400V 3f 125A or 1x 230V 3f 125A
Weight: 12,8 ton
Dimensions: 2438mm x 6058mm x 2438-2896mm (W x D x H)
The eBESS is a portable, industrial-grade energy storage solution built inside a standard 20ft shipping container. It is designed to provide a flexible and scalable energy storage solution for a variety of industrial applications including providing backup power during outages, supplying power to remote or off-grid locations, and supporting temporary or emergency power needs. The eBESS can be tailored to meet the specific energy needs of the customer, making it a versatile and reliable choice for industrial power needs.
Powerful software
for full control
Always with you
wherever you are
Available on
multiple devices
Always enough energy.
In the right place.
At the right time.
By connecting our power boxes to the cloud, eSKY enables monitoring of location, charging status, and remaining capacity. Integration with external software and databases allows for predictive maintenance and fleet monitoring. By utilising AI technology planning logistics has never been easier.
eSKY
Initiated through the Charge & Switch project, we are developing an AI-powered battery monitoring system that wirelessly communicates with all our energy storage systems. By combining energy consumption monitoring with AI-based planning of the charging, switching, and transport processes, the result is a complete cloud-based logistics solution.
Nurturing opportunities
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Today
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Tomorrow
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Onwards
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Today
Portable energy storage solutions
Today we assemble and manufacture battery packs and energy systems, customized for maritime and demanding industrial application, enabling the green shift.
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Tomorrow
Smart software
We are developing a cloud-based logistics solution which monitors energy consumption in the equipment. By using AI planning of the the charging, switching and transport process, we ensure efficiency.
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Onwards
Automated assembly lines
Through our involvement in the BATNET project we are setting up a world leading battery assembly line utilizing industry 4.0 technology.
Our role in
the battery value chain
The battery value chain is complex and consists of everything from mining raw materials to recycling and handling old battery applications at the end of their life cycle. By partnering with world leading companies for mining, refining and production of cells, we take care of the assembly of modules, packs and applications, as well as facilitate for reuse and recycling, using state-of-the-art technology and industry 4.0 solutions.
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1. Raw Materials
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2. Advanced materials
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3. Cell production
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4. Modules
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5. Packs
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6. Applications
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7. Reuse & Recycling
Modules
The individual battery cells are assembled into battery modules. This typically involves arranging the cells in a specific configuration and connecting them together with electrical connectors. The cells are typically arranged in a series or parallel configuration, depending on the desired voltage and capacity of the module. Once the cells are connected, the module is sealed and tested to ensure that it meets the desired specifications.
Packs
The battery modules are assembled into packs. This typically involves arranging the modules in a specific configuration and connecting them together with electrical connectors. The modules are typically arranged in a series or parallel configuration, depending on the desired voltage and capacity of the pack. Once the modules are connected, the pack is sealed and tested to ensure that it meets the desired specifications.
Applications
The battery packs are combined with control electronics, such as a battery management system, to create a battery application. This typically involves designing and integrating the electronics with the packs to ensure that the battery functions properly and meets the desired specifications. The control electronics are responsible for monitoring and controlling the battery's charging and discharging, and they can include features such as overcharge protection and temperature management.
Reuse & Recycling
In this final step, the used components of the battery, such as the cells, modules, and packs, can be either reused for new products or recycled to conserve resources and reduce waste. If the components are still usable, they can be refurbished and used in new battery applications. If the components are no longer usable, they can be recycled to recover materials such as lithium and cobalt, which can be used to make new battery cells. This step is important for ensuring that batteries are used efficiently and sustainably.
Get in touch
Are you curious about our products? Believe we could be partners? Do you have a problem you think we could solve? Don’t hesitate to get in touch using the form below or at paal@nordicbatteries.com
NORDIC BATTERIES AS
Org: 913 868 005
Visit us
Veritasveien 20, 1363 Høvik
Skrubbmoen 3, 3619 Kongsberg
Redefining industrial battery and energy storage solutions.