The lifetime of a residential storage battery is a crucial element to consider when installing a solar energy system at home. This is because, battery life has a direct impact on profitability and its long-term efficiency.
In this article, we’ll look at the average lifespan of residential storage batteries, the factors that influence their longevity, and best practices for extending their lifespan. Find out everything you need to know to optimize the use of your storage battery and maximize your energy savings.
The residential battery market
Since the crisis in Ukraine, the market for residential batteries has grown by leaps and bounds from 650,000 to over a million installations in one year. This significant increase can be attributed to growing consumer awareness of the need to save energy. the importance of energy autonomy and reducing their carbon footprint.
In addition, advances in battery technology have made it possible to more accessible and efficient As a result, more and more European households are investing in these devices to optimize their energy consumption.
Service life of residential storage batteries
The service life of residential storage batteries varies according to the type of battery used. Lead-acid batteries have an average life of between between 5 and 15 years while lithium-ion models can last up to from 10 to 20 years.
It is important to consider the number of duty cycles when choosing a residential storage battery, as this has a direct impact on its longevity. The more a battery is used, the faster it wears out.. To prolong the life of these batteries, we recommend keeping them at a stable temperature, not discharging them completely, and maintaining them regularly.
The latest trends and innovations in the residential battery sector
Innovations in the field of residential storage batteries are not only limited to their lifespan, but also to storage capacity, energy efficiency and integration with other technologies technologies.
Solutions such as redox flow batteries which offer greater storage flexibility and extended service life, are gaining in popularity. Similarly intelligent energy management systems enable users to maximize the use of their solar energy by automatically adjusting battery charging and discharging according to need and weather conditions.