![]() The traditional Interstate battery uses OEM replacement applications and performs as an original supplier to many different brands. The Interstate battery does make some AGM batteries, but they aren’t very high in quality. Its resistance to vibrations and low weight make it ideal for marine vehicles, motorsports, and off-roading. Optima’s design makes it a higher energy battery packed into a lighter weight component. They are made maintenance-free and can’t be spilled without severe structural damage. They use 99.99% pure lead plates, and the Pureflow and SpiralCells technological advances boast more than 15 times the vibration protection (in comparison to other batteries). The Optima battery employs a progressive form of AGM (Absorbent Glass Mat) in secured cells named SpiralCells. Let’s investigate further and see what type of battery makes sense for you. It has a time-honored cell structure but doesn’t have the same weight or durability benefits as the Optima battery. The Interstate battery focuses on OEM (original equipment manufacturer) replacement applications. It uses an AGM (Absorbent Glass Mat) technology, making it strong, durable, long-lasting, and practically maintenance-free. What are the differences between the two? Optima is known for being a part of motorsports and off-roading capabilities. The Interstate battery is considered the traditional brand of the battery industry. As hydropower becomes more widespread in the U.S., studies such as this one should account for all aspects of energy development projects, including environmental impact, policy, regulation, and lasting impact on communities surrounding these projects.When it’s time for a new car battery, do you know what to choose? Optima is usually an expensive brand battery on the market over other brands. Further, the Argonne lab has investigated ways to minimize potential environmental damage caused by hydropower technology. Not only did the DOE investigate the viability of sites in Alaska for hydropower projects, but the study also offers guidance on developing clean energy policies and regulations. The International Hydropower Association estimates that worldwide pumped storage hydropower projects currently store up to 9,000-gigawatt hours of electricity, and there is plenty of space for the technology’s growth in the U.S. Pumped storage hydropower represents a renewable energy source with immense potential, especially in supporting solar and wind power with its storage abilities. This marks the largest DOE investment in both technologies and has the potential to add 12 gigawatts of energy to the grid just from updating aging hydropower sites. ![]() The DOE recently announced an investment of nearly $600 million into hydroelectric technology and marine power as a part of President Biden’s Investing in America plan. The technology acts as a giant battery as it can store energy and release it when needed. When electricity is cheaper and more abundant at night, turbines reverse the water to be pumped back up into the upper reservoir. ![]() The technology generates electricity from water released by turbines from an upper reservoir to a lower one. Scientists mapped and analyzed various locations throughout the state, created models using their low-carbon electricity analysis framework, studied past and present energy trends, and analyzed expected growth in electricity demand for the next 25 years. Researchers evaluated the potential of using pumped storage hydropower in Alaska’s Integrated Railbelt System, which regulates five public utilities. Renewable energy by way of hydropower projects would both lower these electricity costs and would reduce carbon emissions. The majority of Alaska’s electricity comes from natural gas, a known carbon emitter. The state is not connected to large interstate energy grids like most states are, so energy costs in rural parts of the state can be up to three to four times that of urban residents. Department of Energy Argonne National Laboratory have found pumped storage hydropower to be a viable alternative energy storage option for Alaska’s power grid.Īlaska’s size and location are causes for various energy challenges. ![]()
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