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Ever since the UK Government introduce the feed-in-tariff (FIT) for solar PV and wind turbine installations, one of the biggest challenges has been how to store the generated energy for later use. Lead acid batteries have limited capabilities when it comes to frequent energy storage and discharge cycles and are more suited to standby power applications. Applications including electric vehicles and mobile computing applications also required an energy storage mechanism that could cope with rapid charge/recharge cycles and offer a longer working life. Lithium-ion batteries have rapidly become the energy storage device for these applications and are slowly being adopted into UPS system applications.

The UK like many other countries is experiencing an energy revolution. Energy storage is seen as one technology that can help countries to meet their energy demand needs, low carbon and climate change obligations. Storing energy for later use is a growing industry with expert reports proposing 5-year compound growth figures of over 22% for the domestic market alone.

Micro grid technologies were originally designed to allow sites to become grid independent. A typical site has a solar PV or wind turbine installation, some form of battery to store the locally generated energy and an inverter to convert the stored DC energy into an AC supply for the connected loads. The site may also have a local diesel standby power generator. This type of energy storage arrangement is one that can benefit both datacentre and national grid operators.

Uninterruptible power supplies (UPS) are today very different in their design from those that started to appear in the early 1950s. In most areas there is less need of their ability to provide protection from mains borne power solution and a growing need for their primary role as an energy storage device and provider of uninterruptible power.

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Viewing category 'Energy Storage'

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