Identifying Energy Options for Achieving 100% Renewable Energy

Erik Kvam
3 min readDec 19, 2019

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Photo by Sarah Josephine Taleb

Options, any options, by allowing you more upside than downside, are vectors of antifragility. — Nassim Nicholas Taleb

The preceding article in this series — What a Decision-making Process for Achieving 100% Renewable Energy Might Look Like showed that a first step in a decision-making process for adopting a renewable energy option might look like decision-makers identifying energy options available for adoption.

Identifying energy options available to decision-makers might look like this:

Energy options might be divided into 2 categories — energy options for stationary (electric power and heating & cooling) uses, and energy options for mobile (transportation) uses — as shown in Figure 1:

Energy Options for Stationary and Mobile Uses
Figure 1: Energy Options for Stationary and Mobile Uses

Energy options for stationary uses might be divided into 2 categories — energy options for electric power uses, and energy options for heating & cooling uses — as shown in Figure 2:

Energy Options for Electric Power and Heating & Cooling Uses
Figure 2: Energy Options for Electric Power and Heating & Cooling Uses

Energy options for electric power uses might be divided into 2 categories — renewable energy options for electric power uses, and non-renewable generation options for electric power uses — as shown in Figure 3:

Renewable Energy Options and Non-renewable Generation Options
Figure 3: Renewable Energy Options and Non-renewable Generation Options

Renewable energy options for electric power uses might be further divided into 2 categories — distributed energy resource (DER) options, and non-DER options — as shown in Figure 4:

Distributed Energy Resource Options and Non-DER Options
Figure 4: DER Options and Non-DER Options

Energy options for heating & cooling uses might be divided into 2 categories — supply-side options for heating & cooling uses, and demand-side options for heating & cooling uses — as shown in Figure 5:

Supply-side Options and Demand-side Options for Heating & Cooling Uses
Figure 5: Supply-side Options and Demand-side Options for Heating & Cooling Uses

Energy options for mobile uses might be divided into 2 categories — supply-side options for mobile uses and demand-side options for mobile uses — as shown in Figure 6:

Supply-side Options and Demand-side Options for Mobile Uses
Figure 6: Supply-side Options and Demand-side Options for Mobile Uses

Demand-side options for mobile uses might be divided into 2 categories — transport options and infrastructure options — as shown in Figure 7:

Transport Options and Infrastructure Options
Figure 7: Transport Options and Infrastructure Options

If a second step in a decision-making process for adopting a renewable energy option looks like decision-makers evaluating benefits of energy options available for adoption (as laid out in Chapter 14 of You Can Reverse Global Warming), what might evaluating benefits of those energy options look like?

Wondering what evaluating benefits of energy options might look like?

My new book, You Can Reverse Global Warming, is the first-ever book to identify, order and simplify the categories of benefits of energy options.

For a limited time, you can download a complimentary advance copy of You Can Reverse Global Warming at www.erikkvam.com.

Got questions about how you can swiftly achieve 100% renewable energy? About how you can reverse global warming? If you do, I hope that you will send me a message at extraordinary@erikkvam.com.

In the next article in this Reversing Global Warming series, I’ll show you what evaluating benefits of energy options might look like.

Thank you for reading this article. I’m grateful for your comments.

#erikkvam

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Erik Kvam

My book, We Can Reverse the Planet's Eco-crises, solves the problem of the planet's cascading eco-crises. Get your free copy at https://erikkvam.substack.com