A Short Guide To A Secure Future

by Stephen Stretton

ELECTRIC FUTURE

Part Two outlines an engineering vision of a Carbon-Free Energy System.

Energy Efficiency or Low Carbon Electricity?

This article provides an economic assessment of two alternative options for preventing ‘dangerous’ climate change in the light of diminishing returns and economies of scale. Energy efficiency is the cheapest way to make carbon savings, but carbon-free electricity provides the backbone of the future energy system and is essential to move to near-zero emissions.
Chapter 4a - Energy Efficiency Or Low Carbon Electricity? (notes only; pdf)

Technology Choice For A New Energy System

In the first part of these notes I consider some desirable aspects of a resilient and low-carbon energy system. I argue that governments should permit and encourage multiple low-carbon energy technologies: including renewable electricity and, under certain conditions, nuclear (fission) power and carbon capture and storage (using fossil fuels and/or biomass as fuels): all the available low-carbon electricity generation options are needed.
Chapter 4b - Technology Choice For A New Energy System (notes only; pdf)

UK National Carbon Calculator

How do we reduce emissions by the 80-100% needed to tackle climate change? Using a model of the whole energy system, this spreadsheet shows how it can be done.
UK National Carbon Calculator (xls) - Assumptions (pdf)

Should We Use Nuclear?

One of the most contraversial questions is whether we should use nuclear energy in our bid to tackle climate change. This document argues that we should, under certain conditions.
Chapter 5 - Should We Use Nuclear? (pdf)

A Zero Carbon Economy With Nuclear Energy

This article, first published in 2006, sets out a practical plan to decarbonize the UK energy system.
Chapter 6 - A Zero Carbon Economy With Nuclear Energy (pdf) - Zero Carbon UK 2030 - Facts and Figures (xls) - Report (2006) - Nuclear Energy For A Zero Carbon Economy (pdf)

The Cost of Electricity Generation and Related Technologies

A consistent methodology is outlined for calculating the cost of 26 electricity generation technologies globally.
Cost of Electricity Generation (xls) - Assumptions (pdf)