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Energy-Storage Control Options: Optimizing Batteries for Maximum Value

AutoGrid

Energy-Storage Control Options: Optimizing Batteries for Maximum Value. In this blog, we discuss energy-storage control options to manage battery storage units. Controlling Battery Charging and Discharging. It may do so at a variable-phase angle to inject or absorb reactive power. By Adam Todorski.

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Energy-Storage Control Options: Optimizing Batteries for Maximum Value

AutoGrid

Energy-Storage Control Options: Optimizing Batteries for Maximum Value. In this blog, we discuss energy-storage control options to manage battery storage units. Controlling Battery Charging and Discharging. It may do so at a variable-phase angle to inject or absorb reactive power. By Adam Todorski.

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Is There Enough Biomass to Fuel the World? Part II

Mr. Sustainability

How much energy do we need and where do we need it? Summary - The world needs 384 TWh of energy per day, of which 87% comes from fossil fuels. Energy is needed in 3 sectors, to do 3 things (3x3 rule). The things we need energy for (applications) are heating, transport and electricity. I’ll explain later.

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Carbon Accounting: How To Lower Your Carbon Footprint

Green Business Bureau

The carbon footprint of a business is the total greenhouse gas (GHG) emissions released by an organization. More and more businesses are disclosing their carbon footprint due to increased stakeholder pressure and as a response to climate change. . 18 ways business leaders can lower their carbon footprint .

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Virtual Power Plants: How Disparate DERs Can Be Integrated into a Single, Dispatchable Resource: Part I

AutoGrid

Virtual Power Plants: How Disparate DERs Can Be Integrated into a Single, Dispatchable Resource: Part I. For decades, utilities have used Demand Response (DR) and Distributed Energy Resources (DER) as the basis for reducing peak demand, reducing coincident peaks, managing circuit-specific issues, and assisting the grid in emergencies.