Home Battery Storage Without Solar – What To Look For

Many homeowners are going solar and investing in home battery storage because they want to reduce their electric bills. Home battery storage in the UK without solar solutions provides a way to store excess solar power, which can then be used to power your home during the evening hours when the sun doesn’t shine. But what are the benefits of home battery storage and what are the best options for homeowners? This article will walk you through the benefits of home battery storage and the biggest things to consider when choosing the best home battery storage solution for your home.

What is Home Battery Storage?

Home battery storage is a type of energy storage system that allows you to store energy from solar panels or wind turbines as electricity. It does this by storing energy in a battery or pack of batteries and then using that energy as needed when the sun isn’t shining. Home battery storage systems are ideal for people who want to store up to 20% of their electricity bill in case of an outage.

 

How Does Home Battery Storage Work?

Home battery storage systems are designed to work with your existing electricity supply system. With a home battery storage system, you connect the battery to the electrical grid and then store solar energy from the panels. Your electricity distributor will usually connect the battery to the power grid as part of your electricity bill. When the solar energy from the panels is needed, you simply turn the electricity on and off at home as required.

The Benefits of Home Battery Storage

Home battery storage is an investment for the future.

There are many benefits of home battery storage that make it an attractive option for people who want to store up to 20% of their electricity bill in case of a blackout. The benefits of home battery storage are that you will have power when you need it and that you can use it to power your home from the grid if an emergency arises.

Here are some of the main benefits of home battery storage: 

Increased security – Since you have a secure source of power, you won’t be tempted to use that during an outage as you won’t have as much demand on your supply. This will also help to improve air quality since there won’t be as much pollution from cars running in the dark. 

No maintenance required – You don’t have to worry about cleaning the battery acid from your solar panels or wind turbines. It will simply be stored in a safe and secure location and you won’t have to think about it unless you want to. 

Saving money – You can use the saved-up energy to power devices such as lights, appliances and even your water heater. 

Maintaining energy efficiency – By storing energy in a battery, you are actually extending the life of your solar panels. This means that after 20 years they will still be as efficient as they were when you first purchased them.

 

Which Home Battery Storage System Is Right For You?

Battery storage is an important issue for many people in the modern world. With the increased use of technology and the energy demands that come with it, people are demanding more and more power. But the same energy demands create an increased demand for energy storage. So how do you choose the best home battery storage solution for you?

There are many different types of home battery storage systems available and it is important to find the right one for your home. Here are some things to consider when deciding which type of home battery storage system is right for your home: 

Cost – One of the biggest things to consider when purchasing any type of home energy storage system is the cost. A low-cost solution may not be as effective as a more expensive one. 

Sizing and placement of batteries – Batteries should be the largest size that offers the best amount of energy storage. A 2-bank battery will store less energy than a 4-bank battery. This is because less energy is contained in smaller batteries and is more likely to overcharge during an outage. 

How long will the batteries last – Batteries lose about 10% of their capacity every year. So you should plan to replace your batteries every 5 years. 

Replace cost – Another thing to consider when purchasing home energy storage systems is the cost of replacement energy. If you were to purchase a 20kWh battery system and then need to replace it after 5 years, you will have spent about £1,500. In contrast, a 10kWh system will cost you around £100 and will last longer before needing to be replaced.

 

Shopping for Home Battery Storage Systems

Here are some things to keep in mind when shopping for home battery storage systems: 

Design and features – The design and features of the batteries should be considered when selecting a home battery storage system. Home battery storage systems with large, bright lights are more useful in dark interiors. On the other hand, low-light systems are more suitable for outdoor use. 

Manufacture and warranty – Batteries should be selected based on their suitability for the intended use. If you were to store up to 10% of your electricity bill, you would likely want a higher-capacity battery. However, if you plan to use the storage system only during less busy times, a 5kWh battery could be sufficient.

 

Pros of Home Battery Storage

• Reduce your monthly electric bill. The amount of energy saved with home battery storage can be used to pay for the installation of additional panels or a more powerful inverter. 

• Make your home more energy-efficient. Home battery storage can reduce your monthly energy bill and increase the efficiency of your whole home. 

• Protect the environment. By storing energy from the sun and using that energy when the sun isn’t shining, you are preventing the creation of greenhouse gasses and other pollution. 

• Extend the life of your batteries. Home battery systems usually have maintenance-free, replaceable batteries. This means that the batteries can be used much longer before they need to be replaced.

 

Cons of Home Battery Storage

However, there are some drawbacks to home battery storage. 

First, the electricity you save from your solar panels may not be enough to cover the cost of the battery. 

Second, you will have to pay for the cost of the battery itself. This is comparable to buying a solar panel and battery storage system, but you won’t need to buy a solar panel. 

Third, you will likely have to pay for the installation of the battery storage system. The installation can be costly, but it is an investment that will last for many years to come.

 

Besides, you’re tied to the electricity grid. If you choose to go with an electricity storage system that needs to be connected to the electrical grid, you are essentially putting your house on the power of the grid. If the electricity grid goes down, you are disconnected from the grid and may lose access to your stored energy. This may happen if, for example, a disaster like an earthquake or volcanic eruption occurs and disrupts the power grid. Another problem with home battery storage is that it limits you from storing energy when the sun is shining. If the weather is cloudy or overcast, you’ll need to find another solution for storing energy.

 

Finding the Best Home Battery Storage System For Your Needs

When shopping for a home energy storage system, it is important to consider the type of home you are planning on building. For example, if you are planning on building a small house, you may want to look at how much space is available for battery storage. If you are planning on building a large mansion, you may want to look into the available room dimensions to decide on the best-size battery to fit the space. You should also take into account your own energy usage during different times of the day. If you typically use the refrigerator during the day and the oven at night, you would want to look into a system that provides cold storage.

 

Going from Home Battery to Electric Grid Connection – What’s the diff?

So, you’ve purchased a home with solar panels and you’re looking into installing a home battery storage system. One of the first things you’ll want to do is talk with your electricity provider or inverter manufacturer to see what their recommendations are for adding capacity to the electrical grid. The biggest issue with adding a home battery storage system to an existing electricity supply is that your electricity supply system already has the capacity to handle the additional load created by the home battery storage system. So, if your electricity supply system can handle the additional load, then you don’t need to build additional power capacity into the electrical grid.

Conclusion

Home battery storage is a great way to store up to 20% of your electricity bill in case of a blackout. In the end, the biggest difference between a home battery storage and an electricity storage system is cost. An electricity storage system costs more than a home battery storage system, but it can provide much more energy. So, if you’re willing to pay the higher price for electricity storage, go for the more expensive system.