Energy storage batteries meet many needs such as off grid energy supplies, storage of energy systems supporting on grid connections, industrial remote sensors, and uninterrupted power supplies for critical infrastructure.

As with all battery technology, chemistries, product design and battery ‘smarts’ are constantly changing to improve safety, sustainability and performance. Energy storage is an area where there is much innovation focusing on developing low cost products with reduced fire risks through changes to the battery chemistry. Technologies being explored include sodium-ion, improvements to existing lithium battery technology and large scale zinc batteries. For further information see the Australian Academy of Sciences discussion on batteries of the future.

Whether you consider purchasing an existing or emerging technology, when considering purchasing an energy storage battery, here are some questions to ask:

• What is the application?
• What are the operating conditions such as temperature, weather patterns, frequency of use and length of use?
• What maintenance is required to maintain battery service life?
• What are the safety measures in the event of battery failure?
• If you’re connecting to the electricity grid, what are the requirements for grid connection?

An ABIA member will be able to advise you on the latest battery technology and how it will meet your needs.

Batteries for cars, mobility and other automotive applications vary in chemistry, size and capability.

These battery products continue to change to support better safety, performance and sustainability outcomes.

The move to clean energy is seeing transport batteries growing in importance and this will continue at a rapid pace.

When considering which battery to purchase, here are some questions to ask:

• What is the application?
• What are the operating conditions such as temperature, frequency of use and length of use?
• What maintenance is required to maintain battery service life?
• What are the safety measures in the event of battery failure?
• What are the charging requirements for the battery?

 

Battery technology covers the chemical energy creating the electricity, the ‘smarts’ or battery management system which supports safe battery operations, and the packaging/casing.

A battery is also part of a set of equipment which includes the application (product or appliance) it’s powering and it’s charging requirements.

Customer demands for improved performance, longer service life and high levels of safety will continue to drive change in the market. Furthermore, new products, which require batteries to support flexible operating environments and portability will see battery designs continue to evolve.

Given the changes underway in the battery market and the complexity of the environment in which batteries are designed and operate, it is important to understand your battery needs and operating environment.

An ABIA member, can provide you with expert advice on the battery and battery technology that can best suit your requirements and how to safely manage this battery based on the latest technology.