Agriculture & livestock farming
Energy storage for home and business use

Agriculture & livestock farming
Energy storage for home and business use

Agriculture & livestock farming
Energy storage for home and business use


Smart battery storage for agricultural companies
More and more farmers are investing in solar panels, heat pumps, and electric equipment. However, due to grid congestion, many farms are hitting their limits: backfeeding is restricted, and grid reinforcement takes a long time to implement. A battery storage solution for agriculture offers a way out. Excess solar power is stored in a battery as an alternative to grid reinforcement and can be used at times when you need a lot of power yourself – such as for the milking machine, feeding system, or irrigation. With energy storage during backfeeding, you increase self-consumption, avoid negative backfeed tariffs, and improve your returns. A battery at the time of netting stop or a battery combined with solar panels ensures that the generated energy is used locally and intelligently. Especially in installations with high peak consumption, like a milking robot, cold storage, or ventilation system, battery storage prevents overloading of your connection in the barn. For livestock farms, greenhouse horticulture businesses, or storage companies, a battery storage system for agricultural businesses also offers opportunities to participate in the energy balancing market, such as the imbalance market or aFRR. This way, the energy buffer battery becomes not only a practical solution for energy security but also a source of extra income. Moreover, a battery aids in sustainability projects such as roof renovation, asbestos replacement, or electrification of agricultural equipment. With the right energy storage solution for livestock farming, with or without subsidies, every agricultural business becomes more flexible, sustainable, and future-proof.

Smart battery storage for agricultural companies
More and more farmers are investing in solar panels, heat pumps, and electric equipment. However, due to grid congestion, many farms are hitting their limits: backfeeding is restricted, and grid reinforcement takes a long time to implement. A battery storage solution for agriculture offers a way out. Excess solar power is stored in a battery as an alternative to grid reinforcement and can be used at times when you need a lot of power yourself – such as for the milking machine, feeding system, or irrigation. With energy storage during backfeeding, you increase self-consumption, avoid negative backfeed tariffs, and improve your returns. A battery at the time of netting stop or a battery combined with solar panels ensures that the generated energy is used locally and intelligently. Especially in installations with high peak consumption, like a milking robot, cold storage, or ventilation system, battery storage prevents overloading of your connection in the barn. For livestock farms, greenhouse horticulture businesses, or storage companies, a battery storage system for agricultural businesses also offers opportunities to participate in the energy balancing market, such as the imbalance market or aFRR. This way, the energy buffer battery becomes not only a practical solution for energy security but also a source of extra income. Moreover, a battery aids in sustainability projects such as roof renovation, asbestos replacement, or electrification of agricultural equipment. With the right energy storage solution for livestock farming, with or without subsidies, every agricultural business becomes more flexible, sustainable, and future-proof.

Smart battery storage for agricultural companies
More and more farmers are investing in solar panels, heat pumps, and electric equipment. However, due to grid congestion, many farms are hitting their limits: backfeeding is restricted, and grid reinforcement takes a long time to implement. A battery storage solution for agriculture offers a way out. Excess solar power is stored in a battery as an alternative to grid reinforcement and can be used at times when you need a lot of power yourself – such as for the milking machine, feeding system, or irrigation. With energy storage during backfeeding, you increase self-consumption, avoid negative backfeed tariffs, and improve your returns. A battery at the time of netting stop or a battery combined with solar panels ensures that the generated energy is used locally and intelligently. Especially in installations with high peak consumption, like a milking robot, cold storage, or ventilation system, battery storage prevents overloading of your connection in the barn. For livestock farms, greenhouse horticulture businesses, or storage companies, a battery storage system for agricultural businesses also offers opportunities to participate in the energy balancing market, such as the imbalance market or aFRR. This way, the energy buffer battery becomes not only a practical solution for energy security but also a source of extra income. Moreover, a battery aids in sustainability projects such as roof renovation, asbestos replacement, or electrification of agricultural equipment. With the right energy storage solution for livestock farming, with or without subsidies, every agricultural business becomes more flexible, sustainable, and future-proof.

Battery storage for farmers: more profit from their own solar power
Many farmers have invested in solar panels but are encountering the limits of grid congestion. Farm battery storage offers a direct solution: surplus energy is stored locally rather than fed back into the grid. This reduces dependency on the electrical grid and increases self-consumption. With a battery paired with solar panels or when the net metering stops, you can store energy during quiet periods and utilize it during peak consumption, for instance for a milking robot, cooling unit, or ventilation system. This prevents high peak loads and structurally reduces energy costs. A battery for energy buffering or for power reliability also enhances the usability of your own renewable energy, which is beneficial for CO₂ reduction and fits within broader sustainability plans. Consider integrations with asbestos replacement, roof renovation, or electrification of agricultural equipment. Additionally, agricultural businesses are increasingly benefitting from energy storage subsidies, for example, in projects in greenhouse horticulture, livestock farming, or energy storage when supplying back to the grid. Smart use of energy storage in livestock farming or battery storage at agricultural businesses not only means sustainability but also financial advantage – now and in the future.

Battery storage for farmers: more profit from their own solar power
Many farmers have invested in solar panels but are encountering the limits of grid congestion. Farm battery storage offers a direct solution: surplus energy is stored locally rather than fed back into the grid. This reduces dependency on the electrical grid and increases self-consumption. With a battery paired with solar panels or when the net metering stops, you can store energy during quiet periods and utilize it during peak consumption, for instance for a milking robot, cooling unit, or ventilation system. This prevents high peak loads and structurally reduces energy costs. A battery for energy buffering or for power reliability also enhances the usability of your own renewable energy, which is beneficial for CO₂ reduction and fits within broader sustainability plans. Consider integrations with asbestos replacement, roof renovation, or electrification of agricultural equipment. Additionally, agricultural businesses are increasingly benefitting from energy storage subsidies, for example, in projects in greenhouse horticulture, livestock farming, or energy storage when supplying back to the grid. Smart use of energy storage in livestock farming or battery storage at agricultural businesses not only means sustainability but also financial advantage – now and in the future.

Battery storage for farmers: more profit from their own solar power
Many farmers have invested in solar panels but are encountering the limits of grid congestion. Farm battery storage offers a direct solution: surplus energy is stored locally rather than fed back into the grid. This reduces dependency on the electrical grid and increases self-consumption. With a battery paired with solar panels or when the net metering stops, you can store energy during quiet periods and utilize it during peak consumption, for instance for a milking robot, cooling unit, or ventilation system. This prevents high peak loads and structurally reduces energy costs. A battery for energy buffering or for power reliability also enhances the usability of your own renewable energy, which is beneficial for CO₂ reduction and fits within broader sustainability plans. Consider integrations with asbestos replacement, roof renovation, or electrification of agricultural equipment. Additionally, agricultural businesses are increasingly benefitting from energy storage subsidies, for example, in projects in greenhouse horticulture, livestock farming, or energy storage when supplying back to the grid. Smart use of energy storage in livestock farming or battery storage at agricultural businesses not only means sustainability but also financial advantage – now and in the future.

Flexible energy use in agriculture: battery storage and aFRR
For agricultural businesses with lighting systems, combined heat and power (CHP) units, e-boilers, or continuous cooling installations, battery storage combined with participation in the aFRR market offers a smart way to generate additional income. Through energy storage in livestock farming or battery storage in greenhouse horticulture, these companies can offer their flexibility to TenneT without disrupting their production process. In greenhouse horticulture, battery storage can be used during grid congestion to temporarily scale back the lighting system, while the stored power becomes available again later. In cold storage facilities, energy storage ensures that cooling cycles can be flexibly adjusted to the grid. Farmers with a battery connected to milking installations or a battery with a milking robot can also respond to grid frequency without compromising their daily processes. A Balancing Service Provider (BSP) handles the connection between the company and the energy market, taking care of connection, monitoring, and settlement. Thus, a battery for energy buffering or electricity reliability becomes not only a sustainable component of the company but also a source of additional income. Thanks to energy storage with subsidies and the use of a battery for energy saving, more and more farmers are making their businesses future-proof and profitable.

Flexible energy use in agriculture: battery storage and aFRR
For agricultural businesses with lighting systems, combined heat and power (CHP) units, e-boilers, or continuous cooling installations, battery storage combined with participation in the aFRR market offers a smart way to generate additional income. Through energy storage in livestock farming or battery storage in greenhouse horticulture, these companies can offer their flexibility to TenneT without disrupting their production process. In greenhouse horticulture, battery storage can be used during grid congestion to temporarily scale back the lighting system, while the stored power becomes available again later. In cold storage facilities, energy storage ensures that cooling cycles can be flexibly adjusted to the grid. Farmers with a battery connected to milking installations or a battery with a milking robot can also respond to grid frequency without compromising their daily processes. A Balancing Service Provider (BSP) handles the connection between the company and the energy market, taking care of connection, monitoring, and settlement. Thus, a battery for energy buffering or electricity reliability becomes not only a sustainable component of the company but also a source of additional income. Thanks to energy storage with subsidies and the use of a battery for energy saving, more and more farmers are making their businesses future-proof and profitable.

Flexible energy use in agriculture: battery storage and aFRR
For agricultural businesses with lighting systems, combined heat and power (CHP) units, e-boilers, or continuous cooling installations, battery storage combined with participation in the aFRR market offers a smart way to generate additional income. Through energy storage in livestock farming or battery storage in greenhouse horticulture, these companies can offer their flexibility to TenneT without disrupting their production process. In greenhouse horticulture, battery storage can be used during grid congestion to temporarily scale back the lighting system, while the stored power becomes available again later. In cold storage facilities, energy storage ensures that cooling cycles can be flexibly adjusted to the grid. Farmers with a battery connected to milking installations or a battery with a milking robot can also respond to grid frequency without compromising their daily processes. A Balancing Service Provider (BSP) handles the connection between the company and the energy market, taking care of connection, monitoring, and settlement. Thus, a battery for energy buffering or electricity reliability becomes not only a sustainable component of the company but also a source of additional income. Thanks to energy storage with subsidies and the use of a battery for energy saving, more and more farmers are making their businesses future-proof and profitable.
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Leader in compact
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Home Battery
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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
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Rated
with 4.8/5.0

© 2025 Chargeblock. All Rights Reserved.
Made by Desses