The wisdom behind this ancient proverb holds greater weight today with the growing concern of impending environmental crisis surrounding the planet. A vital step toward environmental awareness is to address the fact that any nation’s global energy generation and consumption influences its environmental footprint. With this cognizance, fortunately, it came as a huge relief for environmentalists around the world to learn that the modern global energy grids have begun their course along a sustainable curve with the widespread adoption of renewable energy power generation.

Although, it seemed like a promising start to produce clean energy and the consequent effort to curb the depletion of non-renewable energy sources, the addition of solar and wind energy doesn’t entirely solve the intrinsic challenges facing electricity power grids or more importantly the environmental concerns that continue to strain the global energy production. These renewable plants don’t necessarily reduce carbon, as the legacy power plants must keep spawning out energy to compensate for the peaks and valleys of power usage. This significantly strains the grid causing turmoil for transformation and distribution companies. If not addressed, this could result in tremendous failure costing billions. Moreover, with IoT networking and multiple energy generation sources causing further fluctuation and stressing the national grid, integration of energy storage and distributed energy resources are being hailed as the cornerstone of grid stabilization.

"Our vision has always been to make the world a better place for future generations and to simply do the right thing for our environment"

Countries that have witnessed the transformation of a two-way grid have started to realize the true potential of a distributed energy resource model along with the vitality of critical communication and relay of real-time data associated with it. Owing to its crucial role in actively communicating and executing these complex energy algorithms, middleware has also grown in demand to avert the failure of this entire system. This is where e-On Batteries steps in with its proprietary, smart, safe, and lasting lithium iron phosphate-based battery solutions as the holy-grail for decentralization of energy and stabilization of the grid. Consequently, e-On enabled commercial, industrial, and utility companies to effectively manage power and associated data while ensuring increased reliability and national security. e-Onoffers an exclusive range of batteries, which includes its proprietary UL1642 3.2V Prismatic LiFePO4 cell that is configured into a 12V direct drop-in replacement batteries and the company’s 48V 6.4 kWh stackable modules. Together these batteries combine to form e-On’s multi-megawatt scalable 40ft 1MW/2MWh containerized or skid mounted system.

In addition to pioneering lithium iron phosphate (LiFePO4) based energy storage systems, e-On also specializes in load leveling and peak demand services at a levelized cost of energy for all its commercial and industrial clients. The company accomplishes this cost levelization through solar production, battery storage, efficiency measures, and the controls that allow them to harmoniously work in unison. Todd Hayes, President and CEO, e-On Batteries, says, “We truly care about the environment we live in, but are also a realist from the standpoint that the financial benefits must also be in line for any major corporation or utility to make the upfront investment needed to meet their environmental policy goals.”