Two new product series launched by Swedish battery innovator Nilar to support the energy transition
Nilar introduces the new Nilar Energy and the Nilar Energy+ Battery. Applying expertise acquired through their predecessor, the batteries encompass multiple improvements and are made to meet a wide range of applications.
In 2018, Nilar brought a new battery to market using their patented Nilar Hydride® technology, introducing a new robust sealing design, reduced volumetric footprint, increased efficiency, and improved ease in installation. This battery embodied years of gained experience and applied research and development. As this battery was deployed in numerous systems in multiple countries, Nilar observed the nuances of the performance and evolving needs of the market and applied this knowledge towards unrelenting design enhancement. This recent product line led to insights into improvements and innovations that can only make the battery better, now and in the future.
Nilar now introduces the Nilar Energy and the Nilar Energy+ Battery. More efficient from cell to system, both have retained the critical aspects that have become synonymous with Nilar: long term power, superior safety benefits, and environmental sustainability. The batteries showcase the Nilar Hydride® technology and modular bi-polar construction. The Nilar Energy Battery has a 10 Ah capacity, like its predecessor. A more resilient plastic was implemented into the laser-welded module casing. The Energy+ battery encapsulates all the advancements of the Energy Battery, with the addition of a capacity increase. The electrode volume contains an increase of compressed active material, leading to a 12 Ah capacity. The Energy Battery is the exceptional choice for peak power reduction and provides expedient energy for any medium power application. When more energy is essential, the Energy+ battery serves as the premier energy source. It is the optimal choice for time shifting and the steady energy achieved is invaluable for low power applications.
The other area of continuous evolution is within their battery management system (BMS). The local battery management electronics and associated programming are fully designed within Nilar; there are intricacies in efficiently managing nickel metal hydride chemistry that are best addressed in-house. Building on the experience gained through their design process and 2020 deployments, Nilar has made several changes within the circuit design to further improve the already outstanding safety qualities, reduce costs and increase functionality. Their proprietary program has advanced in how it processes the dynamic data coming out of the battery, opening up more sophisticated capabilities. In addition, the communication with energy management systems was improved for better and more efficient interaction. The updated BMS accentuates the superior performance of the new Nilar Energy and Nilar Energy+ Battery.
“To meet the evolving global industry demands, Nilar brings these two new batteries to the market. Each has its own distinct characteristics to satisfy different circumstances, making them ideal for a wide range of applications. We are passionate about serving our customers and embracing our role within the energy transition,” says Jan Lundquist, Head of Sales & Marketing at Nilar.
Contact Nilar or one of many dedicated partners and distributors to discuss a solution today. https://www.nilar.com/about/contact/
For information contact:
Jan Lundquist
+46 76 769 50 67
jan.lundquist@nilar.com
Press officer:
Matilda Ekman Vråmo
+46 73 656 43 66
matilda.ekman.vramo@nilar.com
Nilar is the leading manufacturer of advanced Hydride® batteries (NiMH) for energy storage. Our modular, low lifetime cost solutions offer unique safety benefits and are environmentally-friendly, making them ideal for use in private households, commercial properties and industrial plants.
With production based on 100 percent renewable energy at the manufacturing plant in Sweden, Nilar is revolutionizing energy and power supply technology, and is taking automated battery production to the next level.
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