Industry
Energy storage for home and business use
Industry
Energy storage for home and business use
Industry
Energy storage for home and business use
Battery storage as a growth engine for industrial companies
Industrial companies are facing challenges with high capacities, peak consumption, and grid congestion. At the same time, there is increased pressure to become more sustainable and electrify. In many cases, upgrading to a heavier grid connection is simply not possible. An industrial battery storage offers a direct solution: flexible power storage during grid congestion that not only supports processes but also provides a strategic advantage. A battery with an inverter stores electricity locally and supplies it back during peak loads or a power outage. Consider applications in a factory, business hall, or production company where a battery for the production line or machines helps keep processes stable. An energy storage warehouse also benefits from this reliability. Moreover, companies with large-scale battery storage can take advantage of dynamic energy rates: buying electricity cheaply during off-peak hours and storing it for peak use. Such a cost-saving battery is especially attractive when combined with solar panels, for example through a battery for PV installations or a battery during net metering stops. For those seeking active participation in the energy market, additional opportunities are available. Through battery storage with EMS and battery monitoring, you can tap into imbalance services, FCR, and especially aFRR. Companies with predictable consumption—such as logistics centers or charging infrastructure—can generate ongoing revenue with a plug & play battery storage or rented battery container. Also consider its use with electric forklifts, where the battery serves as an energy storage for self-consumption. Thanks to subsidies like SDE++, the payback period of a battery is getting shorter. Hence, an investment in battery storage not only helps companies become more sustainable but also provides control over costs and room for growth—both literally and strategically. Whether it involves a battery in a technical space or a battery as a grid solution, energy storage is indispensable for the future of industrial heavy users.
Battery storage as a growth engine for industrial companies
Industrial companies are facing challenges with high capacities, peak consumption, and grid congestion. At the same time, there is increased pressure to become more sustainable and electrify. In many cases, upgrading to a heavier grid connection is simply not possible. An industrial battery storage offers a direct solution: flexible power storage during grid congestion that not only supports processes but also provides a strategic advantage. A battery with an inverter stores electricity locally and supplies it back during peak loads or a power outage. Consider applications in a factory, business hall, or production company where a battery for the production line or machines helps keep processes stable. An energy storage warehouse also benefits from this reliability. Moreover, companies with large-scale battery storage can take advantage of dynamic energy rates: buying electricity cheaply during off-peak hours and storing it for peak use. Such a cost-saving battery is especially attractive when combined with solar panels, for example through a battery for PV installations or a battery during net metering stops. For those seeking active participation in the energy market, additional opportunities are available. Through battery storage with EMS and battery monitoring, you can tap into imbalance services, FCR, and especially aFRR. Companies with predictable consumption—such as logistics centers or charging infrastructure—can generate ongoing revenue with a plug & play battery storage or rented battery container. Also consider its use with electric forklifts, where the battery serves as an energy storage for self-consumption. Thanks to subsidies like SDE++, the payback period of a battery is getting shorter. Hence, an investment in battery storage not only helps companies become more sustainable but also provides control over costs and room for growth—both literally and strategically. Whether it involves a battery in a technical space or a battery as a grid solution, energy storage is indispensable for the future of industrial heavy users.
Battery storage as a growth engine for industrial companies
Industrial companies are facing challenges with high capacities, peak consumption, and grid congestion. At the same time, there is increased pressure to become more sustainable and electrify. In many cases, upgrading to a heavier grid connection is simply not possible. An industrial battery storage offers a direct solution: flexible power storage during grid congestion that not only supports processes but also provides a strategic advantage. A battery with an inverter stores electricity locally and supplies it back during peak loads or a power outage. Consider applications in a factory, business hall, or production company where a battery for the production line or machines helps keep processes stable. An energy storage warehouse also benefits from this reliability. Moreover, companies with large-scale battery storage can take advantage of dynamic energy rates: buying electricity cheaply during off-peak hours and storing it for peak use. Such a cost-saving battery is especially attractive when combined with solar panels, for example through a battery for PV installations or a battery during net metering stops. For those seeking active participation in the energy market, additional opportunities are available. Through battery storage with EMS and battery monitoring, you can tap into imbalance services, FCR, and especially aFRR. Companies with predictable consumption—such as logistics centers or charging infrastructure—can generate ongoing revenue with a plug & play battery storage or rented battery container. Also consider its use with electric forklifts, where the battery serves as an energy storage for self-consumption. Thanks to subsidies like SDE++, the payback period of a battery is getting shorter. Hence, an investment in battery storage not only helps companies become more sustainable but also provides control over costs and room for growth—both literally and strategically. Whether it involves a battery in a technical space or a battery as a grid solution, energy storage is indispensable for the future of industrial heavy users.
Reduce peak consumption with battery storage in industry
Industrial companies consume large amounts of electricity and often cause significant peaks in consumption. These peaks lead to higher network costs (capacity charges) and exacerbate the problem of grid congestion. With industrial battery storage, peak consumption can be structurally flattened. This so-called peak shaving occurs because a battery with an inverter supplies energy when the grid load is at its highest. The battery storage with EMS is charged during off-peak hours or when a battery captures excess solar power from solar panels. This energy is then utilized during the startup of heavy machinery or sudden production increases, for example, via a battery for production lines or a battery with machinery. In cold storage facilities or manufacturing companies, an energy storage cold store or battery storage in production facilities can also fulfill this role. Thanks to this smart deployment, transport capacity costs decrease, and it becomes easier to expand production capacity without additional connections. Hence, a battery as a network solution is ideal for energy storage during grid congestion, especially in warehouses, factories, or logistics centers. Moreover, the deployment of battery storage for peak loads is financially attractive. With the right subsidies, such as the SDE++, the payback period of a battery becomes shorter. Investing in battery storage not only reduces costs but also provides a strategic advantage. Consider a battery within large-scale use, plug & play battery storage, or renting a battery container that is flexibly deployable within the existing infrastructure. For companies looking to go green and grow, battery storage with monitoring is a future-proof step, where energy storage for self-consumption also contributes to lower dependency on the grid and better predictability of energy costs.
Reduce peak consumption with battery storage in industry
Industrial companies consume large amounts of electricity and often cause significant peaks in consumption. These peaks lead to higher network costs (capacity charges) and exacerbate the problem of grid congestion. With industrial battery storage, peak consumption can be structurally flattened. This so-called peak shaving occurs because a battery with an inverter supplies energy when the grid load is at its highest. The battery storage with EMS is charged during off-peak hours or when a battery captures excess solar power from solar panels. This energy is then utilized during the startup of heavy machinery or sudden production increases, for example, via a battery for production lines or a battery with machinery. In cold storage facilities or manufacturing companies, an energy storage cold store or battery storage in production facilities can also fulfill this role. Thanks to this smart deployment, transport capacity costs decrease, and it becomes easier to expand production capacity without additional connections. Hence, a battery as a network solution is ideal for energy storage during grid congestion, especially in warehouses, factories, or logistics centers. Moreover, the deployment of battery storage for peak loads is financially attractive. With the right subsidies, such as the SDE++, the payback period of a battery becomes shorter. Investing in battery storage not only reduces costs but also provides a strategic advantage. Consider a battery within large-scale use, plug & play battery storage, or renting a battery container that is flexibly deployable within the existing infrastructure. For companies looking to go green and grow, battery storage with monitoring is a future-proof step, where energy storage for self-consumption also contributes to lower dependency on the grid and better predictability of energy costs.
Reduce peak consumption with battery storage in industry
Industrial companies consume large amounts of electricity and often cause significant peaks in consumption. These peaks lead to higher network costs (capacity charges) and exacerbate the problem of grid congestion. With industrial battery storage, peak consumption can be structurally flattened. This so-called peak shaving occurs because a battery with an inverter supplies energy when the grid load is at its highest. The battery storage with EMS is charged during off-peak hours or when a battery captures excess solar power from solar panels. This energy is then utilized during the startup of heavy machinery or sudden production increases, for example, via a battery for production lines or a battery with machinery. In cold storage facilities or manufacturing companies, an energy storage cold store or battery storage in production facilities can also fulfill this role. Thanks to this smart deployment, transport capacity costs decrease, and it becomes easier to expand production capacity without additional connections. Hence, a battery as a network solution is ideal for energy storage during grid congestion, especially in warehouses, factories, or logistics centers. Moreover, the deployment of battery storage for peak loads is financially attractive. With the right subsidies, such as the SDE++, the payback period of a battery becomes shorter. Investing in battery storage not only reduces costs but also provides a strategic advantage. Consider a battery within large-scale use, plug & play battery storage, or renting a battery container that is flexibly deployable within the existing infrastructure. For companies looking to go green and grow, battery storage with monitoring is a future-proof step, where energy storage for self-consumption also contributes to lower dependency on the grid and better predictability of energy costs.
Battery storage as a business model via FCR and the imbalance market
For industrial companies with predictable and flexible energy consumption, participation in energy markets such as FCR (Frequency Containment Reserve) and the imbalance market offers a direct opportunity. Through these markets, a battery storage can be actively leveraged to support the grid, and companies receive compensation for this. The prerequisites are a battery with inverter, fast control via an EMS system, and sufficient storage capacity. In FCR, the battery responds to power outages or frequency deviations within seconds, keeping the grid stable. On the imbalance market, there is an advantage from unexpected fluctuations between supply and demand. Here, battery storage with EMS comes into its own: the battery automatically charges or discharges based on TenneT's signal. The offered flexibility is compensated per kWh, making battery storage an attractive investment. Industrial settings like an energy storage factory, battery storage warehouse, or an energy storage cold store with buffers, such as furnaces, cooling systems, or pumps, are particularly suitable. Consider applications with a battery for production lines, batteries for machines, or batteries for electric forklifts that can be used during quiet times. Companies with a battery at solar panels also utilize their self-generated power better, especially when combined with energy storage for self-consumption or when net metering benefits diminish. In conjunction with adjustable installations and energy storage under grid congestion, a powerful and profitable system emerges. With the right strategy, a battery storage for large consumers can not only lead to cost savings but also create new income streams. A plug-and-play battery storage, possibly through renting battery containers, enables quick implementation — both as an emergency solution and as part of a long-term vision.
Battery storage as a business model via FCR and the imbalance market
For industrial companies with predictable and flexible energy consumption, participation in energy markets such as FCR (Frequency Containment Reserve) and the imbalance market offers a direct opportunity. Through these markets, a battery storage can be actively leveraged to support the grid, and companies receive compensation for this. The prerequisites are a battery with inverter, fast control via an EMS system, and sufficient storage capacity. In FCR, the battery responds to power outages or frequency deviations within seconds, keeping the grid stable. On the imbalance market, there is an advantage from unexpected fluctuations between supply and demand. Here, battery storage with EMS comes into its own: the battery automatically charges or discharges based on TenneT's signal. The offered flexibility is compensated per kWh, making battery storage an attractive investment. Industrial settings like an energy storage factory, battery storage warehouse, or an energy storage cold store with buffers, such as furnaces, cooling systems, or pumps, are particularly suitable. Consider applications with a battery for production lines, batteries for machines, or batteries for electric forklifts that can be used during quiet times. Companies with a battery at solar panels also utilize their self-generated power better, especially when combined with energy storage for self-consumption or when net metering benefits diminish. In conjunction with adjustable installations and energy storage under grid congestion, a powerful and profitable system emerges. With the right strategy, a battery storage for large consumers can not only lead to cost savings but also create new income streams. A plug-and-play battery storage, possibly through renting battery containers, enables quick implementation — both as an emergency solution and as part of a long-term vision.
Battery storage as a business model via FCR and the imbalance market
For industrial companies with predictable and flexible energy consumption, participation in energy markets such as FCR (Frequency Containment Reserve) and the imbalance market offers a direct opportunity. Through these markets, a battery storage can be actively leveraged to support the grid, and companies receive compensation for this. The prerequisites are a battery with inverter, fast control via an EMS system, and sufficient storage capacity. In FCR, the battery responds to power outages or frequency deviations within seconds, keeping the grid stable. On the imbalance market, there is an advantage from unexpected fluctuations between supply and demand. Here, battery storage with EMS comes into its own: the battery automatically charges or discharges based on TenneT's signal. The offered flexibility is compensated per kWh, making battery storage an attractive investment. Industrial settings like an energy storage factory, battery storage warehouse, or an energy storage cold store with buffers, such as furnaces, cooling systems, or pumps, are particularly suitable. Consider applications with a battery for production lines, batteries for machines, or batteries for electric forklifts that can be used during quiet times. Companies with a battery at solar panels also utilize their self-generated power better, especially when combined with energy storage for self-consumption or when net metering benefits diminish. In conjunction with adjustable installations and energy storage under grid congestion, a powerful and profitable system emerges. With the right strategy, a battery storage for large consumers can not only lead to cost savings but also create new income streams. A plug-and-play battery storage, possibly through renting battery containers, enables quick implementation — both as an emergency solution and as part of a long-term vision.
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Leader in compact
and scalable battery storage
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Home Battery
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By signing up, you agree to the privacy policy and terms and conditions of ChargeBlock B.V.
Certified
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 policy and terms and conditions of ChargeBlock B.V.
Certified
Partner
Rated
with 4.8/5.0
© 2025 Chargeblock. All Rights Reserved.
Made by Desses