The SPRILA subsidy for batteries is a scheme specifically intended for entrepreneurs who want to invest in energy storage as part of their charging infrastructure. In practice, this often concerns companies already dealing with electric transport, grid congestion, or peak loads, and looking for ways to manage energy more intelligently. The subsidy makes it financially more attractive to install a battery that temporarily stores generated or purchased electricity and deploys it at a later time. For example, storing solar power during the day for use in the evening for charging stations or business processes.

What makes this scheme relevant is that energy storage is increasingly no longer a luxury, but a necessity. The electricity grid is congested in many areas, and feeding back solar energy is not always possible. With a battery, a company can optimize its own consumption, flatten peaks, and become less dependent on the grid. The SPRILA subsidy lowers the investment threshold and thereby accelerates the adoption of battery systems in the business sector. In this blog, you will get a complete and practical overview of what the SPRILA subsidy entails, who it is intended for, which costs are eligible, and how to use it strategically in combination with energy storage.

What exactly does the SPRILA subsidy involve?

The SPRILA subsidy stands for the Subsidy Scheme for Private Charging Infrastructure at Companies and focuses on stimulating smart and future-proof charging solutions. Within this scheme, space has been created for batteries because energy storage plays a crucial role in the efficient use of charging infrastructure. Concretely, this means that part of the investment in a stationary battery can be reimbursed, provided that this battery is functionally linked to charging points for electric transport.

The government sees that companies are increasingly running into limits on grid connections and high peak power demand. By combining batteries with charging stations, flexibility is created: energy can be stored when available or inexpensive and used when demand is high. This reduces the load on the electricity grid and enables further electrification without major grid reinforcement. The SPRILA subsidy supports this by subsidizing not only charging points, but also supporting infrastructure such as batteries, energy management, and grid connection.

It is important to know that the subsidy is not intended for private applications. It is explicitly aimed at business environments, such as business parks, logistics hubs, and office parking areas. The battery must be part of an integrated solution and may not be installed as a standalone system without a clear link to charging or energy management. In this way, the scheme encourages smart investments that contribute to scalable and future-proof energy supply.

Who is the SPRILA battery subsidy intended for?

The SPRILA subsidy is specifically aimed at entrepreneurs and organizations with a business grid connection. These can be SMEs, but also larger companies, logistics parties, or real estate managers. The common denominator is that there must be private charging infrastructure that is not freely accessible to everyone, but intended for own vehicles, staff, or visitors.

Companies that benefit from this scheme often face one or more of the following situations: a limited grid connection, a growing number of electric vehicles, high peak load, or own generation via solar panels. In such cases, a battery combined with charging stations offers a solution for distributing energy more intelligently. The subsidy helps precisely those companies that want to invest ahead of demand, but are slowed down by high initial costs.

Organizations working on sustainability and energy management also fall within the target group. Think of companies that want to reduce their CO₂ footprint, control costs, or prepare for future legislation. The link with sustainable energy generation is important here. By combining a battery with solar panels and smart charging, a robust energy system is created. In this context, the SPRILA subsidy aligns seamlessly with broader ambitions around sustainable energy storage, where energy storage is used as a strategic part of a sustainable energy system.

Which costs are eligible under the scheme?

Not all battery-related costs automatically qualify for the SPRILA subsidy. The scheme is aimed at investments that directly contribute to the operation of private charging infrastructure. This means that the battery itself is often eligible, provided it is technically and functionally linked to the charging points. In addition, costs for energy management systems, inverters, and necessary adjustments to the electrical installation may be included under certain conditions.

It is important to distinguish between primary and supporting costs. The purchase of the battery and its installation form the core. Costs for, for example, structural modifications or general grid reinforcement usually fall outside the subsidy. Maintenance costs or future expansions are also not reimbursed. The scheme explicitly looks at the initial investment needed to make the charging infrastructure, including energy storage, operational.

Technical requirements also apply. For example, the battery must meet certain standards and be safely integrated into the overall system. The subsidy is often calculated as a percentage of eligible costs, with a maximum per project. It is therefore worthwhile to map out in advance which components fall under the scheme and how to design the system. A smart configuration can make the difference between limited subsidy and optimal use of available budget.

Why are batteries crucial in charging infrastructure?

Batteries play an increasingly important role in modern charging infrastructure, especially now that the electricity grid is under pressure. Without a battery, a company is fully dependent on available grid capacity. This often means the number of charging points remains limited, or charging is only possible at high cost during peak hours. With a battery, flexibility is created: energy can be stored and deployed strategically.

A key advantage is peak shaving. When multiple vehicles charge simultaneously, power demand can rise quickly. The battery absorbs these peaks, so the grid connection does not need reinforcement. In addition, surplus solar energy can be stored instead of fed back, which is increasingly financially unattractive or technically impossible. As a result, self-consumption increases and dependence on the grid decreases.

This also provides operational advantages. Companies gain more control over energy costs and can align charging with business processes. Especially in logistics or industrial environments, where predictability is crucial, this makes a significant difference. The SPRILA subsidy recognizes this value and therefore explicitly stimulates the use of batteries as part of a future-proof charging solution.

How does the SPRILA subsidy relate to other schemes?

The SPRILA subsidy does not stand alone. There are multiple subsidies and tax schemes aimed at sustainability, such as MIA, Vamil, or regional energy programs. The difference is that SPRILA specifically focuses on charging infrastructure and associated energy solutions. This makes the scheme particularly relevant for companies combining electrification with energy storage.

In some cases, combining schemes is possible, provided this is done within the rules. This requires careful consideration, because not all subsidies may be combined for the same cost item. The strength of SPRILA lies mainly in the direct link between charging and energy storage. Where other schemes take a broader view of sustainability investments, SPRILA focuses on practical bottlenecks around electric charging.

For entrepreneurs, this means an integrated approach pays off. By determining an energy and charging strategy in advance, it becomes possible to identify which subsidies fit best. In that context, the SPRILA subsidy often acts as a catalyst to make projects profitable sooner and bring investments forward.

Frequently asked questions about the SPRILA battery subsidy

What is the main objective of the SPRILA subsidy?
The objective is to stimulate private charging infrastructure at companies, including smart solutions such as batteries to reduce grid load and peak consumption.

Can I get a subsidy for a battery without charging stations?
No, the battery must be functionally linked to charging infrastructure. Standalone energy storage without a relation to charging falls outside the scheme.

Is the SPRILA subsidy also relevant without solar panels?
Yes, even without own generation a battery can be useful for peak shaving and smart charging, although the business case is often stronger with solar panels.

How high is the subsidy for batteries?
The amount depends on eligible costs and the type of applicant. Maximum amounts apply per project.

Must the battery be new?
Yes, only new installations are eligible. Second-hand systems are not subsidized.

Can an SME use the scheme?
Yes, the scheme is explicitly intended for SMEs and larger companies with a business connection.

When should I apply for the subsidy?
The application must be submitted before the investment is made. Retroactive applications are not possible.

Is the subsidy available annually?
The scheme is opened each year with a fixed budget. Timely application is therefore important.

Are maintenance costs also reimbursed?
No, only investment costs required to realize the system fall under the subsidy.

Do I need an energy advisory report for the application?
Although not always mandatory, a well-substantiated plan helps demonstrate that the battery is essential for the charging infrastructure and increases the chance of approval.