As a concept and as a sustainable solution, energy storage has been around for decades. Countries like the United States have seen rapid growth in clean energy generation, with much of the increase influenced by legislative initiatives that reward renewable portfolios with financial incentives. On both federal and state levels, a growing number of business and political supporters see clean energy production as a lynchpin in lowering greenhouse gas emissions in the power and transportation industries.
While policymakers struggle with designing legislation that lowers carbon emissions, energy storage solutions have emerged as a vital component in sustainable energy development. Coupled with the reduced costs of materials needed to create batteries and generators, clean energy storage appears poised to play a pivotal role in delivering power to both developed urban areas and rural townships alike.
How Versatile is Energy Storage?
Currently, fossil fuels generate the most used form of power due to their ease of transportation and practicality. In contrast, solar and wind energy rely on seasonal changes and weather conditions. To lower dependency on fossil fuels and meet the demands of newly-established renewable generators, professional and knowledgeable companies such as Peak Substation Services utilize several energy storage technologies, with grid energy storage being one of the most cost-efficient types. When it comes to increasing the impact of green energy, grid storage allows renewable power to be stored and used during periods of high demand. This versatility gives energy storage a unique role in boosting wind and solar energy capacity.
Due to justified concerns about the long-term effects of fossil fuels and the limited capacity and structural resilience of energy grids, private and public stakeholders have turned to energy storage solutions as a means to solve intermittent electrical production issues.
For example, Peak Substation’s energy storage technology allows their power grids to react swiftly to sudden fluctuations in consumption, leading to reduced expenses and less energy wastage. Coupled with a responsive, experienced, and accountable workforce, Peak Substation ensures that their client’s needs are readily served no matter the circumstances.
How Clean is Energy Storage?
Back in 2017, the US generated almost 4 billion MWh of electrical power but only had 431 MWh of storage available to conserve excess energy. Pumped-storage hydropower, otherwise known as PSH, functions as the most used form of energy storage in America. Alongside this burgeoning use of PSH, technological advancements in battery storage have lessened the country’s carbon footprint by curbing unused energy waste. Currently, there are approximately more than 700 MW of large-scale energy storage grids in the US. Most of them are operated by independent system operators or regional transmission organizations such as Peak Substations.
But What Exactly Does This Mean for the Average Consumer?
It means more significant savings and more reliable, uninterrupted service for reasonable prices. It also means creating a greener, more sustainable environment for future generations. With the coming onset of advanced renewable fuels such as hydrogen produced through electrical fission, energy storage solutions provided by companies like Peak Substation will only grow in use and prominence.