Battery containers
ChargeBlock
Mobile energy storage
With mobile energy storage, you have access to electricity in places where the grid is unavailable, too weak, or needs temporary relief. Instead of a noisy diesel generator, you can choose a movable battery solution that operates quietly, produces no local emissions, and can be deployed immediately. ChargeBlock’s solutions are relevant, for example, on construction sites with strict emission requirements, at events with peak loads, or at temporary fast-charging hubs for electric transport. Thanks to the robust housing and plug-and-play design, such a system is quick to transport, easy to connect, and straightforward to scale to current energy demand.
Battery containers
ChargeBlock
Mobile energy storage
With mobile energy storage, you have access to electricity in places where the grid is unavailable, too weak, or needs temporary relief. Instead of a noisy diesel generator, you can choose a movable battery solution that operates quietly, produces no local emissions, and can be deployed immediately. ChargeBlock’s solutions are relevant, for example, on construction sites with strict emission requirements, at events with peak loads, or at temporary fast-charging hubs for electric transport. Thanks to the robust housing and plug-and-play design, such a system is quick to transport, easy to connect, and straightforward to scale to current energy demand.
Battery containers
ChargeBlock
Mobile energy storage
With mobile energy storage, you have access to electricity in places where the grid is unavailable, too weak, or needs temporary relief. Instead of a noisy diesel generator, you can choose a movable battery solution that operates quietly, produces no local emissions, and can be deployed immediately. ChargeBlock’s solutions are relevant, for example, on construction sites with strict emission requirements, at events with peak loads, or at temporary fast-charging hubs for electric transport. Thanks to the robust housing and plug-and-play design, such a system is quick to transport, easy to connect, and straightforward to scale to current energy demand.
Leading partners
Leading partners
What is mobile energy storage and why is demand increasing?
By mobile energy storage, we mean a movable battery system that can supply power (AC) and/or store energy from a source, such as grid power, solar energy, or a generator. Demand is increasing due to grid congestion, stricter emissions regulations, and the continued electrification of equipment and transport.
Noise standards also play a role: ChargeBlock systems are virtually silent, which is especially important in city centers and for night work. In addition, energy storage lets you flatten peaks, so you can still run heavier loads with a smaller grid connection or limited construction power.
The most frequently asked questions about battery containers
How does a battery container help with grid congestion and peak load?
Our battery containers are used for peak shaving, zero feed-in, and behind-the-meter optimization. By deploying stored energy intelligently, you prevent exceeding contracted capacity and reduce dependence on the grid. This creates room for expansion without immediate grid reinforcement.
Can the battery container be integrated with our existing EMS or aggregator?
Is battery storage financially feasible for our organization?
What is mobile energy storage and why is demand increasing?
By mobile energy storage, we mean a movable battery system that can supply power (AC) and/or store energy from a source, such as grid power, solar energy, or a generator. Demand is increasing due to grid congestion, stricter emissions regulations, and the continued electrification of equipment and transport.
Noise standards also play a role: ChargeBlock systems are virtually silent, which is especially important in city centers and for night work. In addition, energy storage lets you flatten peaks, so you can still run heavier loads with a smaller grid connection or limited construction power.
The most frequently asked questions about battery containers
How does a battery container help with grid congestion and peak load?
Our battery containers are used for peak shaving, zero feed-in, and behind-the-meter optimization. By deploying stored energy intelligently, you prevent exceeding contracted capacity and reduce dependence on the grid. This creates room for expansion without immediate grid reinforcement.
Can the battery container be integrated with our existing EMS or aggregator?
Is battery storage financially feasible for our organization?
What is mobile energy storage and why is demand increasing?
By mobile energy storage, we mean a movable battery system that can supply power (AC) and/or store energy from a source, such as grid power, solar energy, or a generator. Demand is increasing due to grid congestion, stricter emissions regulations, and the continued electrification of equipment and transport.
Noise standards also play a role: ChargeBlock systems are virtually silent, which is especially important in city centers and for night work. In addition, energy storage lets you flatten peaks, so you can still run heavier loads with a smaller grid connection or limited construction power.
The most frequently asked questions about battery containers
How does a battery container help with grid congestion and peak load?
Our battery containers are used for peak shaving, zero feed-in, and behind-the-meter optimization. By deploying stored energy intelligently, you prevent exceeding contracted capacity and reduce dependence on the grid. This creates room for expansion without immediate grid reinforcement.
Can the battery container be integrated with our existing EMS or aggregator?
Is battery storage financially feasible for our organization?
Peak shaving: reducing peak load and limiting grid costs
At construction sites, mobile storage helps enable zero-emission operations, for example by supplying power to cranes, site cabins, lighting, and electric tools, even when grid connection capacity is limited. At events, a battery system absorbs sudden peak demand from lighting, audio, and catering, without smoke, odor, or vibrations.
For temporary charging hubs, deploying ChargeBlock enables fast charging when the grid is not yet sufficient; the battery can then charge steadily and subsequently deliver high power to the chargers. This creates a flexible energy buffer that adapts to planning, seasonality, and site requirements.
Peak shaving: reducing peak load and limiting grid costs
At construction sites, mobile storage helps enable zero-emission operations, for example by supplying power to cranes, site cabins, lighting, and electric tools, even when grid connection capacity is limited. At events, a battery system absorbs sudden peak demand from lighting, audio, and catering, without smoke, odor, or vibrations.
For temporary charging hubs, deploying ChargeBlock enables fast charging when the grid is not yet sufficient; the battery can then charge steadily and subsequently deliver high power to the chargers. This creates a flexible energy buffer that adapts to planning, seasonality, and site requirements.
Peak shaving: reducing peak load and limiting grid costs
At construction sites, mobile storage helps enable zero-emission operations, for example by supplying power to cranes, site cabins, lighting, and electric tools, even when grid connection capacity is limited. At events, a battery system absorbs sudden peak demand from lighting, audio, and catering, without smoke, odor, or vibrations.
For temporary charging hubs, deploying ChargeBlock enables fast charging when the grid is not yet sufficient; the battery can then charge steadily and subsequently deliver high power to the chargers. This creates a flexible energy buffer that adapts to planning, seasonality, and site requirements.
Power, capacity and charging speed: this is how ChargeBlock sizes
You determine the right configuration using three core values: power (kW) for simultaneous peaks, energy capacity (kWh) for the required operating time, and the chosen charging and discharging strategy. For a short, heavy peak, available power is the deciding factor, while a long workday without recharging requires substantial capacity.
Also look at the charging point available to you: with a small connection, charging takes longer, so you are more likely to need a larger buffer or a smarter charging strategy. ChargeBlock helps collect consumption profiles to select the right battery and inverter based on that data.
Power, capacity and charging speed: this is how ChargeBlock sizes
You determine the right configuration using three core values: power (kW) for simultaneous peaks, energy capacity (kWh) for the required operating time, and the chosen charging and discharging strategy. For a short, heavy peak, available power is the deciding factor, while a long workday without recharging requires substantial capacity.
Also look at the charging point available to you: with a small connection, charging takes longer, so you are more likely to need a larger buffer or a smarter charging strategy. ChargeBlock helps collect consumption profiles to select the right battery and inverter based on that data.
Power, capacity and charging speed: this is how ChargeBlock sizes
You determine the right configuration using three core values: power (kW) for simultaneous peaks, energy capacity (kWh) for the required operating time, and the chosen charging and discharging strategy. For a short, heavy peak, available power is the deciding factor, while a long workday without recharging requires substantial capacity.
Also look at the charging point available to you: with a small connection, charging takes longer, so you are more likely to need a larger buffer or a smarter charging strategy. ChargeBlock helps collect consumption profiles to select the right battery and inverter based on that data.
Practical on-site deployment: transport, connection, and plug-and-play
Mobile systems are designed for rapid deployment: you move them with a forklift or crane, place them in the right location, connect them, and can operate immediately. A battery container from ChargeBlock combines battery modules, inverters, protections, and monitoring in one robust unit suitable for outdoor use and changing conditions.
Pay attention to connection options, such as 230/400V, compatibility with existing distribution boards, and the option to connect systems in parallel for additional power or capacity. With remote monitoring, you can also keep track of the state of charge, load, and efficiency, helping to prevent downtime.
Practical on-site deployment: transport, connection, and plug-and-play
Mobile systems are designed for rapid deployment: you move them with a forklift or crane, place them in the right location, connect them, and can operate immediately. A battery container from ChargeBlock combines battery modules, inverters, protections, and monitoring in one robust unit suitable for outdoor use and changing conditions.
Pay attention to connection options, such as 230/400V, compatibility with existing distribution boards, and the option to connect systems in parallel for additional power or capacity. With remote monitoring, you can also keep track of the state of charge, load, and efficiency, helping to prevent downtime.
Practical on-site deployment: transport, connection, and plug-and-play
Mobile systems are designed for rapid deployment: you move them with a forklift or crane, place them in the right location, connect them, and can operate immediately. A battery container from ChargeBlock combines battery modules, inverters, protections, and monitoring in one robust unit suitable for outdoor use and changing conditions.
Pay attention to connection options, such as 230/400V, compatibility with existing distribution boards, and the option to connect systems in parallel for additional power or capacity. With remote monitoring, you can also keep track of the state of charge, load, and efficiency, helping to prevent downtime.
Why ChargeBlock
The benefits
of ChargeBlock
At ChargeBlock, customer satisfaction comes first. We develop and supply battery containers for companies that want control over energy—technically, operationally, and financially.
01
Tailored solutions
No standard solutions or white-label imports. ChargeBlock develops and configures battery containers entirely in-house, tailored to application, location, and scale—from individual units to large-scale systems.
02
System integration
ChargeBlock battery containers integrate easily with existing grid connections, generation, generators, shore power, and EMS platforms. This allows the system to fit directly into your current infrastructure.
03
Smart energy management
ChargeBlock combines EMS and BMS systems with AI-driven control for real-time monitoring, efficient energy management, and predictive maintenance. Based on consumption, generation, grid conditions, and market prices.
04
Excellent aftercare
ChargeBlock avoids white-label dependency and keeps critical components in stock. With active monitoring, fast service, and clear guarantees, we minimize downtime.
Why ChargeBlock
The benefits
of ChargeBlock
At ChargeBlock, customer satisfaction comes first. We develop and supply battery containers for companies that want control over energy—technically, operationally, and financially.
01
Tailored solutions
No standard solutions or white-label imports. ChargeBlock develops and configures battery containers entirely in-house, tailored to application, location, and scale—from individual units to large-scale systems.
02
System integration
ChargeBlock battery containers integrate easily with existing grid connections, generation, generators, shore power, and EMS platforms. This allows the system to fit directly into your current infrastructure.
03
Smart energy management
ChargeBlock combines EMS and BMS systems with AI-driven control for real-time monitoring, efficient energy management, and predictive maintenance. Based on consumption, generation, grid conditions, and market prices.
04
Excellent aftercare
ChargeBlock avoids white-label dependency and keeps critical components in stock. With active monitoring, fast service, and clear guarantees, we minimize downtime.
Why ChargeBlock
The benefits
of ChargeBlock
At ChargeBlock, customer satisfaction comes first. We develop and supply battery containers for companies that want control over energy—technically, operationally, and financially.
01
Tailored solutions
No standard solutions or white-label imports. ChargeBlock develops and configures battery containers entirely in-house, tailored to application, location, and scale—from individual units to large-scale systems.
02
System integration
ChargeBlock battery containers integrate easily with existing grid connections, generation, generators, shore power, and EMS platforms. This allows the system to fit directly into your current infrastructure.
03
Smart energy management
ChargeBlock combines EMS and BMS systems with AI-driven control for real-time monitoring, efficient energy management, and predictive maintenance. Based on consumption, generation, grid conditions, and market prices.
04
Excellent aftercare
ChargeBlock avoids white-label dependency and keeps critical components in stock. With active monitoring, fast service, and clear guarantees, we minimize downtime.
Safety, regulations and sustainability at ChargeBlock
Safe use starts with proper thermal management, reliable fire detection, appropriate electrical protections, and correct placement, with sufficient distance, ventilation, and a suitable surface. ChargeBlock systems meet the required certifications and include emergency stop provisions for safe transport and storage. Also keep in mind that regulations and permits may vary by municipality. The sustainability gain mainly comes from avoiding diesel use, reducing local emissions, and using energy more efficiently through peak shaving and smart charging. The more operating hours, the faster the benefits of a ChargeBlock system become visible.
Mobile energy storage from ChargeBlock is particularly valuable at locations where flexibility, emission reduction, and security of supply come together. Those who properly align power, capacity, and charging infrastructure have a quiet and reliable energy supply that can scale with every project.
Safety, regulations and sustainability at ChargeBlock
Safe use starts with proper thermal management, reliable fire detection, appropriate electrical protections, and correct placement, with sufficient distance, ventilation, and a suitable surface. ChargeBlock systems meet the required certifications and include emergency stop provisions for safe transport and storage. Also keep in mind that regulations and permits may vary by municipality. The sustainability gain mainly comes from avoiding diesel use, reducing local emissions, and using energy more efficiently through peak shaving and smart charging. The more operating hours, the faster the benefits of a ChargeBlock system become visible.
Mobile energy storage from ChargeBlock is particularly valuable at locations where flexibility, emission reduction, and security of supply come together. Those who properly align power, capacity, and charging infrastructure have a quiet and reliable energy supply that can scale with every project.
Safety, regulations and sustainability at ChargeBlock
Safe use starts with proper thermal management, reliable fire detection, appropriate electrical protections, and correct placement, with sufficient distance, ventilation, and a suitable surface. ChargeBlock systems meet the required certifications and include emergency stop provisions for safe transport and storage. Also keep in mind that regulations and permits may vary by municipality. The sustainability gain mainly comes from avoiding diesel use, reducing local emissions, and using energy more efficiently through peak shaving and smart charging. The more operating hours, the faster the benefits of a ChargeBlock system become visible.
Mobile energy storage from ChargeBlock is particularly valuable at locations where flexibility, emission reduction, and security of supply come together. Those who properly align power, capacity, and charging infrastructure have a quiet and reliable energy supply that can scale with every project.
Products in the spotlight
Mobile Energy Storage
Battery container
Europe's most compact mobile 10ft BESS
What makes this system distinctive is its very high energy density within a 10ft container. With 1527 kWh of storage capacity and 520 kW of power, this is a solution that is normally only found in larger formats. This makes the system particularly suitable for locations where space is limited, but performance cannot be compromised.
The integration of an STS (Static Transfer Switch) provides a switching time of less than 10 milliseconds. This enables seamless switching between different energy sources without interrupting the power supply. This is essential for critical applications where continuity is required.
The system is designed for maximum flexibility. It can be deployed in combination with generators, solar panels, grid connections (on-grid), and fully autonomous situations (off-grid). As a result, it is broadly applicable, from construction sites to events and industrial environments.
Mobile Energy Storage
Battery container
The 20ft all-in-one power hub
What makes this system distinctive is the combination of high energy density and fast charging in one integrated solution. With over 2 MWh of storage capacity, a total output power of 1,040 kW for 2x 360 kW DC fast chargers with 4 CCS2 connectors, and a separate 520 kW inverter set for charging via the grid or a generator, this system stands apart in its category. Where multiple containers are normally required, everything is consolidated here into one 20 ft container. This creates a compact power hub that can be deployed directly on site, with or without a grid connection.
The integration of the DC fast chargers makes it possible to charge vehicles and electric equipment directly from the system itself. This provides a solution that not only stores energy, but also makes it immediately usable when needed. This is particularly relevant at locations where grid capacity is limited or completely unavailable. The system is designed for maximum flexibility in use.
Products in the spotlight
Mobile Energy Storage
Battery container
Europe's most compact mobile 10ft BESS
What makes this system distinctive is its very high energy density within a 10ft container. With 1527 kWh of storage capacity and 520 kW of power, this is a solution that is normally only found in larger formats. This makes the system particularly suitable for locations where space is limited, but performance cannot be compromised.
The integration of an STS (Static Transfer Switch) provides a switching time of less than 10 milliseconds. This enables seamless switching between different energy sources without interrupting the power supply. This is essential for critical applications where continuity is required.
The system is designed for maximum flexibility. It can be deployed in combination with generators, solar panels, grid connections (on-grid), and fully autonomous situations (off-grid). As a result, it is broadly applicable, from construction sites to events and industrial environments.
Mobile Energy Storage
Battery container
The 20ft all-in-one power hub
What makes this system distinctive is the combination of high energy density and fast charging in one integrated solution. With over 2 MWh of storage capacity, a total output power of 1,040 kW for 2x 360 kW DC fast chargers with 4 CCS2 connectors, and a separate 520 kW inverter set for charging via the grid or a generator, this system stands apart in its category. Where multiple containers are normally required, everything is consolidated here into one 20 ft container. This creates a compact power hub that can be deployed directly on site, with or without a grid connection.
The integration of the DC fast chargers makes it possible to charge vehicles and electric equipment directly from the system itself. This provides a solution that not only stores energy, but also makes it immediately usable when needed. This is particularly relevant at locations where grid capacity is limited or completely unavailable. The system is designed for maximum flexibility in use.
Products in the spotlight
Mobile Energy Storage
Battery container
Europe's most compact mobile 10ft BESS
What makes this system distinctive is its very high energy density within a 10ft container. With 1527 kWh of storage capacity and 520 kW of power, this is a solution that is normally only found in larger formats. This makes the system particularly suitable for locations where space is limited, but performance cannot be compromised.
The integration of an STS (Static Transfer Switch) provides a switching time of less than 10 milliseconds. This enables seamless switching between different energy sources without interrupting the power supply. This is essential for critical applications where continuity is required.
The system is designed for maximum flexibility. It can be deployed in combination with generators, solar panels, grid connections (on-grid), and fully autonomous situations (off-grid). As a result, it is broadly applicable, from construction sites to events and industrial environments.
Mobile Energy Storage
Battery container
The 20ft all-in-one power hub
What makes this system distinctive is the combination of high energy density and fast charging in one integrated solution. With over 2 MWh of storage capacity, a total output power of 1,040 kW for 2x 360 kW DC fast chargers with 4 CCS2 connectors, and a separate 520 kW inverter set for charging via the grid or a generator, this system stands apart in its category. Where multiple containers are normally required, everything is consolidated here into one 20 ft container. This creates a compact power hub that can be deployed directly on site, with or without a grid connection.
The integration of the DC fast chargers makes it possible to charge vehicles and electric equipment directly from the system itself. This provides a solution that not only stores energy, but also makes it immediately usable when needed. This is particularly relevant at locations where grid capacity is limited or completely unavailable. The system is designed for maximum flexibility in use.
Leader in compact
and scalable battery storage
Customer service
Solutions
Subscribe to our newsletter to stay informed.
By signing up, you agree to the privacy statement and the general terms and conditions of ChargeBlock B.V. You can unsubscribe at any time.
Rated
4.8/5.0
Developed
in the Netherlands
© 2026 Chargeblock. All Rights Reserved.
Leader in compact
and scalable battery storage
Customer service
Solutions
Subscribe to our newsletter to stay informed.
By signing up, you agree to the privacy statement and the general terms and conditions of ChargeBlock B.V. You can unsubscribe at any time.
Rated
4.8/5.0
Developed
in the Netherlands
© 2026 Chargeblock. All Rights Reserved.
Leader in compact
and scalable battery storage
Customer service
Solutions
Subscribe to our newsletter to stay informed.
By signing up, you agree to the privacy statement and the general terms and conditions of ChargeBlock B.V. You can unsubscribe at any time.
Rated
4.8/5.0
Developed
in the Netherlands
© 2026 Chargeblock. All Rights Reserved.