We at Polarium are on a mission to create the best energy storage solutions in the world. The guiding principle that got us to where we are today, and that will guide us going forward, is to always strive to be one step ahead.
Encompassing a new view on how we power our homes, vehicles and entire industries, electrification represents more than a strategy to combat climate change – it is rather a necessity. But what exactly does this ...
As society’s reliance on batteries continues to grow, so does the complexity of their technology and the terminology surrounding them. Understanding this vocabulary is important for industry professionals as well as consumers looking to make ...
One of the functions possible to use your BESS for is peak shaving. In simple terms, we charge the battery at times when electricity is cheap and power is low and store all the energy ...
As lithium-ion batteries (LIBs) becomes an increasingly important part of our daily lives and in the transition to a renewable energy system, manufacturers need to keep on pushing the boundaries to make LIBs even safer.
In his master's thesis, recently published in the Journal of Cleaner Production, Polarium's Ryutaka Yudhistira actively assessed the impact of the production and sourcing of different chemistries of lithium-ion batteries.
Electric mobility — including electric vehicles — will play a huge role in the transformation of the energy system. And EVs are a prerequisite for that transformation.
For many developing countries that lack significant grid coverage and widespread electricity access, there are many hoops to jump through before ambitious carbon reduction targets can be made a priority.
With a new technology standard for broadband cellular networks coming out every decade over the last 30 years, we have now arrived at the fifth generation: 5G.
Insights / Energy storage
In this article, we go through four megatrends that are driving global development and reshaping the role of energy storage in the global economy.
To be part of the solution to the climate crisis and avoid rising carbon prices, mobile network operators (MNOs) need to switch from traditional backup solutions such as lead-acid or diesel to lithium.
Despite being the most energy efficient telecommunications technology to date, 5G will require larger amounts of energy than any previous system.
To reduce the cost and improve the efficiency of 5G deployment, mobile network operators (MNOs) need to look into new ways of powering small cell infrastructure.
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