The generation of solar energy is experiencing explosive growth, especially at large solar farms. But how do you ensure that all this generated energy is used smartly? By combining multiple home batteries with a solar farm, you can capture peak production, store energy, and apply load balancing. In this blog, we explain how to set this up, the benefits, and what to pay attention to in order to achieve the best results.

Why home batteries are essential for solar farms

Large solar farms produce massive amounts of energy, especially during sunny peak moments. Without storage, a significant portion of this electricity is lost or must be fed back into the grid, often at low rates. Home batteries provide a smart solution for this.

Key benefits:

• Catching overproduction during peak hours.

• Using stored electricity during periods of high demand.

• Reduction of grid load and grid management costs.

• Better alignment with your own energy consumption.

By making smart use of home batteries, you increase the independence of your solar farm and get more return from your investment.

Energy storage: how multiple home batteries work together

When you connect multiple home batteries to a large solar farm, you create a flexible and scalable storage solution. Each battery contributes to the total, allowing you to respond much more dynamically to changing energy needs.

How it works:

• The batteries are connected in parallel for greater storage volume.

• Energy is automatically distributed based on availability and capacity.

• Load balancing ensures that the batteries are used evenly to minimize wear and tear.

A well-designed system with home batteries ensures you always have a buffer, regardless of weather conditions or energy demand.

Cleverly capturing peak production

On sunny days, a solar farm may provide more power than is immediately needed. Without storage, this leads to overloading of the electricity grid or loss of valuable energy. By deploying multiple home batteries, you can directly utilize this peak production.

Tips for capturing peak production:

• Set up charging profiles that prioritize storage during peak times.

• Make use of dynamic charging and discharging strategies to optimally exploit market prices.

• Automate the process so that surpluses are automatically stored without manual intervention.

This way, you utilize the full capacity of your solar farm and increase the value of every kilowatt-hour generated.

Load balancing: the key to a stable energy supply

Load balancing means cleverly aligning the demand and supply of energy. Especially with large installations with multiple home batteries, this is essential to smoothly absorb peaks and troughs in consumption.

What is important in load balancing:

• Use smart inverters that actively control based on current grid load.

• Continuously monitor energy consumption and battery status.

• Set rules in your energy management system to prevent peak consumption and optimize feed-in.

A well-adjusted system with home batteries not only prevents problems with the electricity grid but also ensures lower costs and higher efficiency.

The relevance of home batteries in sustainable energy projects

More and more companies, agricultural entrepreneurs, and energy cooperatives are looking for ways to make solar farms future-proof. Home batteries play an indispensable role in this. They make solar farms less dependent on fluctuating energy prices and grid limitations, and they provide more control over their own energy management.

By opting for home batteries, you not only enhance your return but also actively contribute to the sustainability of the energy supply.

Frequently asked questions about multiple home batteries at a solar farm

1. How many home batteries do I need for a solar farm?
That depends on the total peak production and the desired storage volume. Often, a storage capacity of 30% to 50% of the daily yield is maintained.

2. Can different brands of home batteries be combined?
In theory yes, but it is strongly recommended to use the same brand and type for optimal compatibility.

3. How long can energy be stored in home batteries?
Depending on the type of battery and use profile, energy can be stored for hours to several days without significant loss.

4. What happens if all the batteries are full?
Once the home batteries are full, excess power is usually still fed back into the grid.

5. How much space do multiple home batteries take up at a solar farm?
On average, you should consider a separate technical space or container of a few square meters.

6. Are there subsidies available for energy storage at solar farms?
Yes, in some cases you can make use of investment deductions or specific sustainable energy schemes.

7. Can I manage the charging and discharging process of my home batteries myself?
Yes, via energy management software you can fully automate and optimize the process.

8. How important is ventilation for multiple home batteries?
Very important! Good ventilation prevents overheating and extends the life of the batteries.