
Residential Batteries

Batteries and Energy Storage Overview

Batteries for Energy Storage related issues are the Holy Grail of renewable energy resources and solutions. For example, when the weather does not permit generation of power for Solar and Wind power generation, an energy consumer can draw off reserve capacity stored in batteries.
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The most powerful big energy storage issue is in being able to store excess energy generated for off peak energy usage requirements (e.g. nighttime for Solar).
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Energy storage is a big requirement for "Off-Grid" energy independence​​​, energy security. Energy security is important for life/business/mission critical needs, and may increasingly be a big issue in and increasingly turbulent world of vulnerable energy infrastructure and supply chains.​​
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How is your life and home-based business productivity impacted by energy disruptions?
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There have been amazing technological advances in the delivery AND in the planning/discovery phases of development. These developments have made battery storage physically smaller, longer lasting, and (most importantly) more affordable.
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For example, it wasn't that long ago that it was a struggle to be able to use your notebook computer for a two-hour flight. Now, a contemporary notebook computer can last a complete business day or longer.
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How is your life and home-based business productivity impacted by energy disruptions?
​
There have been amazing technological advances in the delivery AND in the planning/discovery phases of development. These developments have made battery storage physically smaller, longer lasting, and (most importantly) more affordable.
​
For example, it wasn't that long ago that it was a struggle to be able to use your notebook computer for a two-hour flight. Now, a contemporary notebook computer can last a complete business day or longer.
Detail Topics
Integration with Other Solutions
History and Evolution
Adoption Barriers and Challenges
Industry and Macroeconomic Issues

Environmental Topics
There is some debate, much of it fueled by the fuel industry misinformation, about the hazards of battery mining and disposal. The context should be viewed in the relative consequences of the "status quo," specific examples include: oils spills, the productivity to the end user of energy that includes the productivity of delivery (66% of fossil fuels is consumed in their distribution and delivery!).
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We encourage one to consider the following: That we often over estimate what can be done in the short term while dramatically underestimate what can technically be achieve in the intermediate and long term.
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This is particularly true with the powerful long term economic impact of producing and using energy at near zero incremental cost per kilowatt consumed.