Do you have solar panels and regularly generate more power than you use directly in your home? Then that surplus usually disappears back into the electricity grid, while you take that energy back later in the day. With a home battery, you store this generated power. That way, you use your own solar energy when it suits you and increase the proportion of your own consumption.
This will become increasingly relevant in the coming years. From 1 January 2027, the net-metering scheme will end completely. Delivered solar power will then no longer be offset against your own consumption, but paid out at a lower rate. This will make it increasingly attractive to use or store self-generated energy directly.
Hardenberg is a spacious municipality with many detached houses, single-family houses and yards, often equipped with solar panels and higher than average energy consumption. Both in the town and in the surrounding villages, more and more households are investing in renewable energy. Shift to Solar assists homeowners in Hardenberg in choosing and installing a home battery that suits their home, energy consumption and future plans. Not a standard solution, but a system that logically fits your situation.
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Let Shift to Solar calculate what a home battery can do for your home. Within five working days, you will receive a tailor-made proposal tailored to your energy consumption. Quotes are valid for 14 days after receipt. Fast, clear and completely non-binding.
The capacity of a home battery determines how much of your own power you can actually store and reuse later. A well-chosen battery will ensure that your generated energy remains available at the times you need it. Too little capacity means you still have to feed it back, while too big a battery often goes unused.
Which capacity suits your home depends on several factors. Consider the number of solar panels, your total energy consumption and especially when you use electricity. In many households, electricity consumption is higher in the evening and early morning, for example due to appliances, lighting and peak usage, which influences the choice of the right battery capacity.
With our calculation tool, you can quickly get a first estimate of which battery capacity might make sense for your situation. This result provides direction, but is not definitive advice. Every home and every energy profile is different.
Want to be sure that the chosen capacity will continue to fit in the long term? For a no-obligation quote, we look beyond the calculation tool. We analyse your consumption, generation, peak moments and plans for the future, such as electric driving or expansion of solar panels. Based on this, we recommend a home battery that is technically sound and remains practical in daily use.
Want to know which battery best suits your solar panels? Use this calculation tool to easily calculate the ideal storage capacity of your home battery.
Enter the number of solar panels you have and check that the standard power of 400 Wp per panel matches your installation. On this basis, you will immediately see how much energy you can store and which capacity is most suitable for your home.
The way we use electricity is changing rapidly. More and more households generate electricity locally with solar panels, even though the electricity grid is not always equipped to do so. At the same time, the rules around feed-in are changing. This makes it increasingly important to get a grip on your own generated energy.
On sunny days, solar panels often produce more power than you need in your home at that time. This excess energy is fed back into the electricity grid. In and around Hardenberg, too, the grid increasingly runs up against its limits at peak times.
Grid operators have to ensure a stable and reliable grid and cannot take in unlimited power. This makes feed-in less obvious and puts pressure on fees. As a result, the financial benefit of feed-in becomes less predictable.
With a home battery, you use this power yourself. You store the energy during the day and use it later, e.g. in the evening or early morning. This way, you utilise more of your own solar power and are less dependent on the grid, without having to change your daily routines.
Besides the increasing pressure on the electricity grid, the regulations are also changing. From 1 January 2027, the net-metering scheme will end completely. Returned solar power can then no longer be settled at the full electricity tariff, but will be paid out at a lower rate.
This dramatically changes the efficiency of solar panels. Not feed-in, but smart own consumption becomes the key. A home battery makes this possible by storing excess solar power and using it later, when it will benefit you most.
Feel free to contact our team for personal advice. We will be happy to help you with all your questions on capacity, installation or savings.
A home battery is a system you use to store electricity for later use. The battery captures the power your solar panels generate, but which you do not need right away at that moment. Instead of delivering this energy back to the grid, you store it in your home.
The goal is simple: make more use of your own generated power, at times when the sun is not shining.
During the day, solar panels often generate more power than you use directly. Appliances are off, occupants are not at home and consumption is low. Without a home battery, this excess energy automatically goes back to the grid.
With a home battery, this power is stored first. As soon as you need power later in the day - in the evening or at night, for example - you use this stored energy. Only when the battery is empty do you automatically draw power from the grid.
In practice, the proportion of own power consumption rises from an average of about 30% to 60% or more, depending on your situation.
A home battery works together with your solar panels and the inverter. The inverter converts the generated solar energy into usable power for your home. Smart control ensures that charging and discharging happens automatically.
You don't have to do anything for this yourself. Through an app or monitoring system, however, you do have insight into your energy production, storage and consumption. So you can see exactly how much of your own power you use and when you need the grid.
Choosing the right home battery goes beyond just the number of kilowatt hours. Of course capacity plays a role, but how and when you use power is also important. Think about peak times in the evening, electric driving or plans for a heat pump.
The examples below give a rough direction and help with initial orientation. The exact capacity always depends on your home, consumption and future plans.
Small household
Solar panels: 6-8 panels
Annual consumption: ± 3,000 kWh
Indicative battery: 3-5 kWh
Average family
Solar panels: 8-12 panels
Annual consumption: ± 4,500 kWh
Indicative battery: 5-10 kWh
Large household
Solar panels: 12-16 panels
Annual consumption: ± 6,500 kWh
Indicative battery: 10-15 kWh
With electric car or heat pump
Solar panels: 14+ panels
Annual consumption: 7,000+ kWh
Indicative battery: 10-20 kWh
Want to know what this means for your home in Hardenberg? Then you can use our calculation tool for an initial estimate. For precise and future-proof advice, we will be happy to analyse your situation in detail.
By understanding your energy profile well in advance, the home battery remains a logical choice even in the long run.
A home battery must function safely and reliably. This requires a careful approach, from initial advice to installation. We guide you step by step, so you know exactly where you stand.
Our technicians specialise in renewable energy systems and work according to the applicable safety standards. They ensure a safe connection in the meter box, set up the system correctly and give clear explanations on how to use it.
This ensures that all components work well together and that the system continues to function reliably in the long term.
The cost of a home battery varies from one situation to another. Every home, installation and way of using energy is different. Factors such as capacity, technical connection and future plans play a role.
That is why Shift to Solar does not work with fixed prices. You always receive a tailor-made, no-obligation quote. This gives you a clear overview of the investment in advance, with no surprises afterwards.
That way, you are not just investing in a home battery, but in a solution that is technically sound and continues to work reliably.
When buying a home battery, subsidies and schemes often come into play. At the same time, it is important to be realistic about this. The possibilities vary from situation to situation and change regularly.
For home batteries, national schemes are limited. In some situations, VAT refunds are possible, for example when the battery is used in combination with solar panels and meets certain conditions.
We clearly explain what does and does not apply in your situation, so you know where you stand.
In addition to national schemes, there may be provincial or local initiatives. These vary by region and are often temporary. Not every property is eligible.
Together, we look at what is applicable to your home in Hardenberg and give a realistic picture of the possibilities.
Customers choose Shift to Solar because of its clear advice and complete approach. From the first contact, it is clear what is happening, why certain choices are being made and what they can expect from the system and installation.
What customers particularly appreciate is that we take care of the entire process: from analysis and design to installation and after-care. That gives peace of mind, both during the process and afterwards.
Curious about other customers' experiences? Read it here.
Want to know what the phasing out of the net-metering scheme means for your home in Hardenberg? Or would you like to know whether a home battery suits your energy use and future plans?
Feel free to contact us for personal advice. We are happy to think with you.