Sustainable, powerful, safe, affordable and smart
Nunam Ness battery modules are built from repurposed electric vehicle batteries, are designed for long-lasting, safe operation, affordable and environmental friendliness. Totally scalable and modular to fit a range of applications and energy demands. Nunam Ness is an internet connected smart battery, to improve longevity, performance, and safety.
Nunam Ness battery modules can be used to replace lead acid battery systems or can be an alternative option to expensive first life lithium ion batteries. Ness modules can be used to build off-grid, on-grid, or hybrid solar systems by combining them with a range of approved inverters and chargers.
EV manufacturers use high-quality lithium-ion batteries that can meet demanding performance requirements, with high energy density, long cycle life, and fast charging, while also being safe and reliable. Top automakers and battery manufacturers invest heavily in R&D to produce these specialized cells. When these high-quality lithium cells are repurposed into second life energy storage systems (ESS), the resulting performance and capabilities are unmatched. The cells retain their ability to provide high energy density, fast charging, and long cycle life, making them ideal for use in stationary energy storage applications.
Not all the cells and modules in electric vehicle batteries are dead when they are discarded. Nunam has built processes and technology, where only good quality cells and modules which meet certain criteria are picked for repurposing. When we deliver Ness battery modules to our customers, they can be assured that these batteries have undergone rigorous testing and AI based grading processes to ensure safety, performance, and longevity. For higher safety, performance and quality assurance, Nunam takes discarded batteries only from leading Tier-1 EV OEMs and uses state of the art BMS, customized and built for second life batteries.
EV manufacturers use high-quality lithium-ion batteries that can meet demanding performance requirements, with high energy density, long cycle life, and fast charging, while also being safe and reliable. Top automakers and battery manufacturers invest heavily in R&D to produce these specialized cells. When these high-quality lithium cells are repurposed into second life energy storage systems (ESS), the resulting performance and capabilities are unmatched. The cells retain their ability to provide high energy density, fast charging, and long cycle life, making them ideal for use in stationary energy storage applications.
Ness batteries cost at least 30% less than Lithium ion battery systems, and last 7-8 years. A combination of low CAPEX and long life ensures the Levelized Cost of Energy (aka LCOE, which just means how much you actually pay to use a battery per kWh) is optimized in comparison with the available battery technologies. LCOE of Nunam second life Lithium batteries is significantly lower compared to alternate battery technologies.
Up to 10 modules can be connected in parallel for higher energy demands, serving applications of up to 50kWh. Our batteries can fit in a wide range of applications, starting from small scale hybrid solar residential systems to commercial and industrial UPS backup needs. They can be fit into standard 19” server racks or in customized racks. Unlike traditional lead acid batteries where new and old batteries cannot be combined, Nunam Ness system capacity can be increased at any given point by just connecting new Ness modules in parallel with existing Ness modules.
Nunam Ness battery modules are internet connected batteries, together with our Qmax, we monitor the real time usage, state of health, environment, etc and change the parameters on the fly to provide you with safe, long lasting and optimized performance. We can even prevent any type of failure or malfunction by predicting in advance.The updates to the firmware are offered over the air, so you always get the latest tech enabled. We offered industry leading no questions asked warranty of 3-5 years with possibility to increase further based on the usage!