Introducing... Kepler Extensible Energy Technology
Did you know?
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This planet has a clean energy supply/demand imbalance. Our primary historic sources of electricity are derived from non-renewable technologies. Renewable technologies, such as solar and wind, generate electricity on an intermittent and unpredictable basis that does not match daily demand, which forces us to rely on non-renewable technologies that are not environmentally sustainable.
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In 2020, 1.5 million megawatthours of utility-scale solar energy were curtailed in California alone. This wasted solar energy could have been stored to be used on demand when solar resources are not available.
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Curtailment... the new four-letter word.
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The Kepler way...
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KE2 essentially creates a shift in power by using machine-learning algorithms based on historical and predicted performance data to determine when to harness and when to store energy for distribution to be used according to individual demand.
This means we are able to use stored clean renewable power at all demand times and at times when direct renewable energy is not immediately available, thereby significantly decreasing and eventually eliminating reliance on non-renewable, high-carbon generation sources. Our innovative technology provides a customer side of the meter solution with increased cycle performance and critical energy needs, such as resiliency, reliability, improved safety, lower environmental impact, lower costs than currently fielded systems, and better long term and lifecycle performance. |
Our technology uses machine learning algorithms to distribute renewable energy according to individual power demand, providing sustainable power to remote areas. KE2 is not just applicable to solar and wind power – It is also integratable with the public utility grid to collect and store energy when rates are low to use during the more expensive periods of peak usage.
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"Remote Resource Dispatchability"
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The NEED for POWER
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... is universally unrelated to race, geography, and privilege. Those who have it might not comprehend its inherent luxury. But it is indisputable that communities, schools, and families who lack access to safe, affordable power are at a great disadvantage. KE2 has widespread commercial application that would benefit entire populations of consumers with unlimited global reach, using energy that would otherwise be wasted. Equally important, it would bring safe, reliable power to residents and isolated communities and to remote services by storing otherwise wasted energy and controlling the release to any power grid, also helping to address increased daily demand during peak periods when solar and wind are unavailable.
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