Battery containers
ChargeBlock develops its own battery containers as a reliable solution to a complex energy market.
Battery containers
ChargeBlock develops its own battery containers as a reliable solution to a complex energy market.
Battery containers
ChargeBlock develops its own battery containers as a reliable solution to a complex energy market.
What is a battery container and why do you need one?
A battery container is a specially designed container where large amounts of energy can be stored, often sourced from renewable sources such as solar or wind energy. This energy storage system allows companies to store generated energy and use it later when needed. It ensures that excess energy is not lost but can be used efficiently, especially during periods of high demand or power outages. Why do you need a battery container? Because energy storage is becoming increasingly important in a world where we aim for sustainability and energy savings. Companies that consume a lot of energy or depend on renewable energy sources, such as solar panels, greatly benefit from the advantages of a battery container. It helps to reduce energy costs, decrease reliance on the grid, and provides a reliable backup in case of emergencies.
The most important questions about battery containers
How large should my battery container be?
The size depends on your energy needs and the amount of energy you want to store. You can choose a battery container with a capacity that matches your consumption.
Is a battery container safe?
Yes, modern battery containers are equipped with advanced safety systems that provide protection against overheating and other risks.
Can I use the stored energy during a power outage?
Yes, a battery container often provides a backup for power outages, so your business doesn’t come to a standstill.
What is a battery container and why do you need one?
A battery container is a specially designed container where large amounts of energy can be stored, often sourced from renewable sources such as solar or wind energy. This energy storage system allows companies to store generated energy and use it later when needed. It ensures that excess energy is not lost but can be used efficiently, especially during periods of high demand or power outages. Why do you need a battery container? Because energy storage is becoming increasingly important in a world where we aim for sustainability and energy savings. Companies that consume a lot of energy or depend on renewable energy sources, such as solar panels, greatly benefit from the advantages of a battery container. It helps to reduce energy costs, decrease reliance on the grid, and provides a reliable backup in case of emergencies.
The most important questions about battery containers
How large should my battery container be?
The size depends on your energy needs and the amount of energy you want to store. You can choose a battery container with a capacity that matches your consumption.
Is a battery container safe?
Yes, modern battery containers are equipped with advanced safety systems that provide protection against overheating and other risks.
Can I use the stored energy during a power outage?
Yes, a battery container often provides a backup for power outages, so your business doesn’t come to a standstill.
What is a battery container and why do you need one?
A battery container is a specially designed container where large amounts of energy can be stored, often sourced from renewable sources such as solar or wind energy. This energy storage system allows companies to store generated energy and use it later when needed. It ensures that excess energy is not lost but can be used efficiently, especially during periods of high demand or power outages. Why do you need a battery container? Because energy storage is becoming increasingly important in a world where we aim for sustainability and energy savings. Companies that consume a lot of energy or depend on renewable energy sources, such as solar panels, greatly benefit from the advantages of a battery container. It helps to reduce energy costs, decrease reliance on the grid, and provides a reliable backup in case of emergencies.
The most important questions about battery containers
How large should my battery container be?
The size depends on your energy needs and the amount of energy you want to store. You can choose a battery container with a capacity that matches your consumption.
Is a battery container safe?
Yes, modern battery containers are equipped with advanced safety systems that provide protection against overheating and other risks.
Can I use the stored energy during a power outage?
Yes, a battery container often provides a backup for power outages, so your business doesn’t come to a standstill.
High-Quality Battery Containers
ChargeBlock's battery containers were developed in collaboration with a specialist in maritime and industrial electrical engineering. This has resulted in a reliable and powerful product that meets the highest standards. Our systems are modular and consist of multiple circuits with a fixed ratio between power (kW) and storage capacity (kWh). By combining these, we deliver 0.5C or 0.25C setups in 5ft, 10ft, or 20ft containers. The 0.5C configuration allows for fast charging and discharging within two hours. The 0.25C variant provides a lower peak load and continuous energy delivery for up to four hours, making it suitable for applications such as charging plazas or markets like aFRR.
Battery containers
400VAC
690VAC
Battery container 5ft
Battery containers
0.5C
Option
Circuits
255 kWh / 125 kW
1
Battery container 5ft
Battery containers
0.5C
Option
Circuits
500 kWh / 250 kW
2
Batterijcontainers
0,25C
Product
Circuits
500 kWh / 125 kW
1
Battery container 5ft
Battery containers
0.5C
Option
Circuits
1.000 kWh / 500 kW
4
1.500 kWh / 750 kW
6
Batterijcontainers
0,25C
Product
Circuits
1.000 kWh / 250 kW
2
1.500 kWh / 375 kW
3
Battery container 5ft
Battery containers
0.5C
Option
Circuits
2.000 kWh / 1.000 kW
8
2.500 kWh / 1.250 kW
10
3.000 kWh / 750 kW
6
3.000 kWh / 1.500 kW
12
Batterijcontainers
0,125C
Product
Circuits
3.000 kWh / 375 kW
3
Batterijcontainers
0,25C
Product
Circuits
2.000 kWh / 500 kW
4
2.500 kWh / 625 kW
5
Battery container 5ft
Battery containers
0.5C
Option
Circuits
2.000 kWh / 1.000 kW + 2x 300 kW DC snelladers
8
The plurality of each individual battery container is possible, scalable to more than 400 MW
High-Quality Battery Containers
ChargeBlock's battery containers were developed in collaboration with a specialist in maritime and industrial electrical engineering. This has resulted in a reliable and powerful product that meets the highest standards. Our systems are modular and consist of multiple circuits with a fixed ratio between power (kW) and storage capacity (kWh). By combining these, we deliver 0.5C or 0.25C setups in 5ft, 10ft, or 20ft containers. The 0.5C configuration allows for fast charging and discharging within two hours. The 0.25C variant provides a lower peak load and continuous energy delivery for up to four hours, making it suitable for applications such as charging plazas or markets like aFRR.
Battery containers
400VAC
690VAC
Battery container 5ft
Battery containers
0.5C
Option
Circuits
255 kWh / 125 kW
1
Battery container 5ft
Battery containers
0.5C
Option
Circuits
500 kWh / 250 kW
2
Batterijcontainers
0,25C
Product
Circuits
500 kWh / 125 kW
1
Battery container 5ft
Battery containers
0.5C
Option
Circuits
1.000 kWh / 500 kW
4
1.500 kWh / 750 kW
6
Batterijcontainers
0,25C
Product
Circuits
1.000 kWh / 250 kW
2
1.500 kWh / 375 kW
3
Battery container 5ft
Battery containers
0.5C
Option
Circuits
2.000 kWh / 1.000 kW
8
2.500 kWh / 1.250 kW
10
3.000 kWh / 750 kW
6
3.000 kWh / 1.500 kW
12
Batterijcontainers
0,125C
Product
Circuits
3.000 kWh / 375 kW
3
Batterijcontainers
0,25C
Product
Circuits
2.000 kWh / 500 kW
4
2.500 kWh / 625 kW
5
Battery container 5ft
Battery containers
0.5C
Option
Circuits
2.000 kWh / 1.000 kW + 2x 300 kW DC snelladers
8
The plurality of each individual battery container is possible, scalable to more than 400 MW
High-Quality Battery Containers
ChargeBlock's battery containers were developed in collaboration with a specialist in maritime and industrial electrical engineering. This has resulted in a reliable and powerful product that meets the highest standards. Our systems are modular and consist of multiple circuits with a fixed ratio between power (kW) and storage capacity (kWh). By combining these, we deliver 0.5C or 0.25C setups in 5ft, 10ft, or 20ft containers. The 0.5C configuration allows for fast charging and discharging within two hours. The 0.25C variant provides a lower peak load and continuous energy delivery for up to four hours, making it suitable for applications such as charging plazas or markets like aFRR.
Battery containers
400VAC
690VAC
Battery container 5ft
Battery containers
0.5C
Option
Circuits
255 kWh / 125 kW
1
Battery container 5ft
Battery containers
0.5C
Option
Circuits
500 kWh / 250 kW
2
Batterijcontainers
0,25C
Product
Circuits
500 kWh / 125 kW
1
Battery container 5ft
Battery containers
0.5C
Option
Circuits
1.000 kWh / 500 kW
4
1.500 kWh / 750 kW
6
Batterijcontainers
0,25C
Product
Circuits
1.000 kWh / 250 kW
2
1.500 kWh / 375 kW
3
Battery container 5ft
Battery containers
0.5C
Option
Circuits
2.000 kWh / 1.000 kW
8
2.500 kWh / 1.250 kW
10
3.000 kWh / 750 kW
6
3.000 kWh / 1.500 kW
12
Batterijcontainers
0,125C
Product
Circuits
3.000 kWh / 375 kW
3
Batterijcontainers
0,25C
Product
Circuits
2.000 kWh / 500 kW
4
2.500 kWh / 625 kW
5
Battery container 5ft
Battery containers
0.5C
Option
Circuits
2.000 kWh / 1.000 kW + 2x 300 kW DC snelladers
8
The plurality of each individual battery container is possible, scalable to more than 400 MW
High-Quality Battery Containers
ChargeBlock's battery containers were developed in collaboration with a specialist in maritime and industrial electrical engineering. This has resulted in a reliable and powerful product that meets the highest standards. Our systems are modular and consist of multiple circuits with a fixed ratio between power (kW) and storage capacity (kWh). By combining these, we deliver 0.5C or 0.25C setups in 5ft, 10ft, or 20ft containers. The 0.5C configuration allows for fast charging and discharging within two hours. The 0.25C variant provides a lower peak load and continuous energy delivery for up to four hours, making it suitable for applications such as charging plazas or markets like aFRR.
Battery containers
400VAC
690VAC
Battery container 5ft
Battery containers
0.5C
Option
Circuits
255 kWh / 125 kW
1
Battery container 5ft
Battery containers
0.5C
Option
Circuits
500 kWh / 250 kW
2
Batterijcontainers
0,25C
Product
Circuits
500 kWh / 125 kW
1
Battery container 5ft
Battery containers
0.5C
Option
Circuits
1.000 kWh / 500 kW
4
1.500 kWh / 750 kW
6
Batterijcontainers
0,25C
Product
Circuits
1.000 kWh / 250 kW
2
1.500 kWh / 375 kW
3
Battery container 5ft
Battery containers
0.5C
Option
Circuits
2.000 kWh / 1.000 kW
8
2.500 kWh / 1.250 kW
10
3.000 kWh / 750 kW
6
3.000 kWh / 1.500 kW
12
Batterijcontainers
0,125C
Product
Circuits
3.000 kWh / 375 kW
3
Batterijcontainers
0,25C
Product
Circuits
2.000 kWh / 500 kW
4
2.500 kWh / 625 kW
5
Battery container 5ft
Battery containers
0.5C
Option
Circuits
2.000 kWh / 1.000 kW + 2x 300 kW DC snelladers
8
The plurality of each individual battery container is possible, scalable to more than 400 MW
Your power. Your strategy.
ChargeBlock's battery containers become even more powerful when combined with the Energy Management System (EMS) of your choice. This integration offers a smart solution for challenges such as grid congestion, price volatility, and regulations – making energy management safer, smarter, and more profitable.
01
Strong security & reliability
Our containers support secure communication protocols and encryption according to the highest standards. This guarantees reliable data flows and protection against cyber threats.
02
AI-driven energy optimization
Based on real-time data, weather forecasts, and energy prices, you automatically determine the ideal time for charging and discharging. This way, you increase efficiency and reduce energy costs.
03
Smart energy management behind the meter
Our solutions support functions such as peak shaving and zero feed-in. This allows you to optimize local consumption, prevent grid load, and limit infrastructure investments.
04
Seamless integration with your systems
Full compatibility with protocols like Modbus, OPC, and REST API ensures seamless integration with existing energy assets and any type of EMS, regardless of the brand.
05
Direct access to energy markets
Connect with aggregators to participate in EPEX, the imbalance market, FCR, or aFRR. You can flexibly respond to market fluctuations and create new revenue streams.
Your power. Your strategy.
ChargeBlock's battery containers become even more powerful when combined with the Energy Management System (EMS) of your choice. This integration offers a smart solution for challenges such as grid congestion, price volatility, and regulations – making energy management safer, smarter, and more profitable.
01
Strong security & reliability
Our containers support secure communication protocols and encryption according to the highest standards. This guarantees reliable data flows and protection against cyber threats.
02
AI-driven energy optimization
Based on real-time data, weather forecasts, and energy prices, you automatically determine the ideal time for charging and discharging. This way, you increase efficiency and reduce energy costs.
03
Smart energy management behind the meter
Our solutions support functions such as peak shaving and zero feed-in. This allows you to optimize local consumption, prevent grid load, and limit infrastructure investments.
04
Seamless integration with your systems
Full compatibility with protocols like Modbus, OPC, and REST API ensures seamless integration with existing energy assets and any type of EMS, regardless of the brand.
05
Direct access to energy markets
Connect with aggregators to participate in EPEX, the imbalance market, FCR, or aFRR. You can flexibly respond to market fluctuations and create new revenue streams.
Your power. Your strategy.
ChargeBlock's battery containers become even more powerful when combined with the Energy Management System (EMS) of your choice. This integration offers a smart solution for challenges such as grid congestion, price volatility, and regulations – making energy management safer, smarter, and more profitable.
01
Strong security & reliability
Our containers support secure communication protocols and encryption according to the highest standards. This guarantees reliable data flows and protection against cyber threats.
02
AI-driven energy optimization
Based on real-time data, weather forecasts, and energy prices, you automatically determine the ideal time for charging and discharging. This way, you increase efficiency and reduce energy costs.
03
Smart energy management behind the meter
Our solutions support functions such as peak shaving and zero feed-in. This allows you to optimize local consumption, prevent grid load, and limit infrastructure investments.
04
Seamless integration with your systems
Full compatibility with protocols like Modbus, OPC, and REST API ensures seamless integration with existing energy assets and any type of EMS, regardless of the brand.
05
Direct access to energy markets
Connect with aggregators to participate in EPEX, the imbalance market, FCR, or aFRR. You can flexibly respond to market fluctuations and create new revenue streams.
Battery storage for
every type of user
From residential to large-scale battery storage: our battery solutions are flexible, scalable, and tailored to every situation.
Residential
HOA
SME
Project development
Civil Engineering & Infrastructure
Agriculture & livestock farming
Industry
Shipping & shore power
Large-scale battery storage
Slimme thuisbatterijen voor lagere kosten en minder netafhankelijkheid
Sla zonne-energie op, gebruik stroom slim, houd de regie in eigen hand en zit nooit meer zonder stroom.
Battery storage for
every type of user
From residential to large-scale battery storage: our battery solutions are flexible, scalable, and tailored to every situation.
Residential
HOA
SME
Project development
Civil Engineering & Infrastructure
Agriculture & livestock farming
Industry
Shipping & shore power
Large-scale battery storage
Slimme thuisbatterijen voor lagere kosten en minder netafhankelijkheid
Sla zonne-energie op, gebruik stroom slim, houd de regie in eigen hand en zit nooit meer zonder stroom.
Battery storage for
every type of user
From residential to large-scale battery storage: our battery solutions are flexible, scalable, and tailored to every situation.
Residential
HOA
SME
Project development
Civil Engineering & Infrastructure
Agriculture & livestock farming
Industry
Shipping & shore power
Large-scale battery storage
Slimme thuisbatterijen voor lagere kosten en minder netafhankelijkheid
Sla zonne-energie op, gebruik stroom slim, houd de regie in eigen hand en zit nooit meer zonder stroom.
Battery storage for
every type of user
From residential to large-scale battery storage: our battery solutions are flexible, scalable, and tailored to every situation.
Residential
HOA
SME
Project development
Civil Engineering & Infrastructure
Agriculture & livestock farming
Industry
Shipping & shore power
Large-scale battery storage
Slimme thuisbatterijen voor lagere kosten en minder netafhankelijkheid
Sla zonne-energie op, gebruik stroom slim, houd de regie in eigen hand en zit nooit meer zonder stroom.
Battery Storage: An Efficient Solution for Sustainable Energy
Battery storage is one of the most efficient solutions for managing renewable energy. When you generate energy through solar panels or wind turbines, it can happen that you produce more energy than you need immediately. A battery storage system allows you to store this surplus and use it later when energy demand increases or production is lower. This prevents the waste of valuable energy and ensures that you make optimal use of your sustainable resources. With battery storage, you can also take advantage of fluctuating energy prices. By storing energy when prices are low and using it when prices rise, you can achieve significant cost savings. Additionally, it contributes to the stability of the electricity grid, especially when there is high energy demand. In short, battery storage is not only good for your wallet, but also for the environment.
Battery Storage: An Efficient Solution for Sustainable Energy
Battery storage is one of the most efficient solutions for managing renewable energy. When you generate energy through solar panels or wind turbines, it can happen that you produce more energy than you need immediately. A battery storage system allows you to store this surplus and use it later when energy demand increases or production is lower. This prevents the waste of valuable energy and ensures that you make optimal use of your sustainable resources. With battery storage, you can also take advantage of fluctuating energy prices. By storing energy when prices are low and using it when prices rise, you can achieve significant cost savings. Additionally, it contributes to the stability of the electricity grid, especially when there is high energy demand. In short, battery storage is not only good for your wallet, but also for the environment.
Battery Storage: An Efficient Solution for Sustainable Energy
Battery storage is one of the most efficient solutions for managing renewable energy. When you generate energy through solar panels or wind turbines, it can happen that you produce more energy than you need immediately. A battery storage system allows you to store this surplus and use it later when energy demand increases or production is lower. This prevents the waste of valuable energy and ensures that you make optimal use of your sustainable resources. With battery storage, you can also take advantage of fluctuating energy prices. By storing energy when prices are low and using it when prices rise, you can achieve significant cost savings. Additionally, it contributes to the stability of the electricity grid, especially when there is high energy demand. In short, battery storage is not only good for your wallet, but also for the environment.
Battery storage?
We know all about that
How an energy storage system optimizes your energy management
An energy storage system, such as a battery container, gives you full control over your energy management. This system stores energy when it is available and allows you to use that energy at a later time, for example when demand is higher or there is no energy being generated by your solar panels or wind turbines. By using an energy storage system, you can drastically reduce your dependence on the grid. This not only offers financial benefits but also makes you less vulnerable to spikes in energy prices. Moreover, the system ensures that you can always rely on a reliable power supply, even during power outages or energy shortages. Energy storage systems are also flexible and scalable, which means you can adjust the capacity of your battery container to meet your growing energy needs. This ensures that you always have the right amount of energy available at the right times, leading to more efficient energy management.
How an energy storage system optimizes your energy management
An energy storage system, such as a battery container, gives you full control over your energy management. This system stores energy when it is available and allows you to use that energy at a later time, for example when demand is higher or there is no energy being generated by your solar panels or wind turbines. By using an energy storage system, you can drastically reduce your dependence on the grid. This not only offers financial benefits but also makes you less vulnerable to spikes in energy prices. Moreover, the system ensures that you can always rely on a reliable power supply, even during power outages or energy shortages. Energy storage systems are also flexible and scalable, which means you can adjust the capacity of your battery container to meet your growing energy needs. This ensures that you always have the right amount of energy available at the right times, leading to more efficient energy management.
How an energy storage system optimizes your energy management
An energy storage system, such as a battery container, gives you full control over your energy management. This system stores energy when it is available and allows you to use that energy at a later time, for example when demand is higher or there is no energy being generated by your solar panels or wind turbines. By using an energy storage system, you can drastically reduce your dependence on the grid. This not only offers financial benefits but also makes you less vulnerable to spikes in energy prices. Moreover, the system ensures that you can always rely on a reliable power supply, even during power outages or energy shortages. Energy storage systems are also flexible and scalable, which means you can adjust the capacity of your battery container to meet your growing energy needs. This ensures that you always have the right amount of energy available at the right times, leading to more efficient energy management.
Battery container: Safe and reliable storage for large batteries
A battery container provides the perfect solution for companies that need to store large amounts of energy. These containers are specifically designed to store heavy batteries safely and efficiently. Battery containers are used to store energy from renewable sources such as solar panels, but they can also serve as an emergency power supply in the event of a power outage. Safety is an important factor when using a battery container. These containers are equipped with advanced systems that ensure the batteries are stored under optimal conditions. This includes temperature control, ventilation, and protection against overheating. As a result, battery containers are a safe and reliable way to store energy and have it ready when you need it.
Battery container: Safe and reliable storage for large batteries
A battery container provides the perfect solution for companies that need to store large amounts of energy. These containers are specifically designed to store heavy batteries safely and efficiently. Battery containers are used to store energy from renewable sources such as solar panels, but they can also serve as an emergency power supply in the event of a power outage. Safety is an important factor when using a battery container. These containers are equipped with advanced systems that ensure the batteries are stored under optimal conditions. This includes temperature control, ventilation, and protection against overheating. As a result, battery containers are a safe and reliable way to store energy and have it ready when you need it.
Battery container: Safe and reliable storage for large batteries
A battery container provides the perfect solution for companies that need to store large amounts of energy. These containers are specifically designed to store heavy batteries safely and efficiently. Battery containers are used to store energy from renewable sources such as solar panels, but they can also serve as an emergency power supply in the event of a power outage. Safety is an important factor when using a battery container. These containers are equipped with advanced systems that ensure the batteries are stored under optimal conditions. This includes temperature control, ventilation, and protection against overheating. As a result, battery containers are a safe and reliable way to store energy and have it ready when you need it.
Battery container for large-scale energy storage
A battery container provides a robust solution for businesses and institutions that want to store large amounts of energy. These containers are designed to enable large-scale battery storage and can be easily deployed to efficiently store solar or wind energy. With a battery container, you are not only able to store energy surpluses but also optimize energy supply during peak hours or in times of energy shortages. The battery container is suitable for various sectors, from industrial applications to energy storage in remote locations where the grid is not always reliable. By choosing a battery container, companies can expand their energy storage capacity, which leads to more control over their energy management and ultimately to cost savings.
Battery container for large-scale energy storage
A battery container provides a robust solution for businesses and institutions that want to store large amounts of energy. These containers are designed to enable large-scale battery storage and can be easily deployed to efficiently store solar or wind energy. With a battery container, you are not only able to store energy surpluses but also optimize energy supply during peak hours or in times of energy shortages. The battery container is suitable for various sectors, from industrial applications to energy storage in remote locations where the grid is not always reliable. By choosing a battery container, companies can expand their energy storage capacity, which leads to more control over their energy management and ultimately to cost savings.
Battery container for large-scale energy storage
A battery container provides a robust solution for businesses and institutions that want to store large amounts of energy. These containers are designed to enable large-scale battery storage and can be easily deployed to efficiently store solar or wind energy. With a battery container, you are not only able to store energy surpluses but also optimize energy supply during peak hours or in times of energy shortages. The battery container is suitable for various sectors, from industrial applications to energy storage in remote locations where the grid is not always reliable. By choosing a battery container, companies can expand their energy storage capacity, which leads to more control over their energy management and ultimately to cost savings.
The benefits of a battery storage system for your business
A battery storage system offers numerous advantages for companies looking to optimize their energy consumption. Firstly, it allows businesses to store energy during periods of low demand and use it later when demand is higher. This ensures more efficient energy use and can drastically reduce energy costs. In addition, a battery storage system contributes to the sustainability of your company. By storing self-generated solar energy, you minimize your dependence on the grid and reduce your carbon footprint. An added benefit is that a battery storage system provides more stability in energy supply, which is particularly useful during power outages or demand peaks. Finally, a battery storage system helps you adapt to the future of energy management. It offers flexibility and scalability, allowing your system to grow with your energy needs and technological developments.
The benefits of a battery storage system for your business
A battery storage system offers numerous advantages for companies looking to optimize their energy consumption. Firstly, it allows businesses to store energy during periods of low demand and use it later when demand is higher. This ensures more efficient energy use and can drastically reduce energy costs. In addition, a battery storage system contributes to the sustainability of your company. By storing self-generated solar energy, you minimize your dependence on the grid and reduce your carbon footprint. An added benefit is that a battery storage system provides more stability in energy supply, which is particularly useful during power outages or demand peaks. Finally, a battery storage system helps you adapt to the future of energy management. It offers flexibility and scalability, allowing your system to grow with your energy needs and technological developments.
The benefits of a battery storage system for your business
A battery storage system offers numerous advantages for companies looking to optimize their energy consumption. Firstly, it allows businesses to store energy during periods of low demand and use it later when demand is higher. This ensures more efficient energy use and can drastically reduce energy costs. In addition, a battery storage system contributes to the sustainability of your company. By storing self-generated solar energy, you minimize your dependence on the grid and reduce your carbon footprint. An added benefit is that a battery storage system provides more stability in energy supply, which is particularly useful during power outages or demand peaks. Finally, a battery storage system helps you adapt to the future of energy management. It offers flexibility and scalability, allowing your system to grow with your energy needs and technological developments.
Leader in compact
and scalable battery storage
Customer Service
Battery container
Home Battery
Subscribe to our newsletter to stay informed
By signing up, you agree to the privacy statement and the terms and conditions of ChargeBlock B.V.
Gecertificeerd
Partner
Rated
with 4.8/5.0
© 2025 Chargeblock. All Rights Reserved.
Made by Desses
Leader in compact
and scalable battery storage
Customer Service
Battery container
Home Battery
Subscribe to our newsletter to stay informed
By signing up, you agree to the privacy statement and the terms and conditions of ChargeBlock B.V.
Gecertificeerd
Partner
Rated
with 4.8/5.0
© 2025 Chargeblock. All Rights Reserved.
Made by Desses
Leader in compact
and scalable battery storage
Customer Service
Battery container
Home Battery
Subscribe to our newsletter to stay informed
By signing up, you agree to the privacy statement and the terms and conditions of ChargeBlock B.V.
Gecertificeerd
Partner
Rated
with 4.8/5.0
© 2025 Chargeblock. All Rights Reserved.
Made by Desses