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The book is written by Steven J. Strong an MA from Harvard and someone who has worked as a solar energy consultant before writing the book. He describes a number of his projects and they are scattered thoughout the book.
The book has 10 chapters and it starts with how photovoltaic (PV) cells were developed and how they are manufactured. He explains how the atmosphere itself absorbs some light energy. He explains the eficiency of the PV cells, and how to position the cells to maximize power. Then he goes on to explain the manufacturing processes in detail.
Chapter 2 covers the design of the system of cells, controls, and storage of the energy. Storage itself can be a simple idea such as pumping water into a holding tank from a well during the sunny hours, but usually it is more complicated and uses a battery system or returns the power to the grid for credit, if the house can be connected to the conventional supply system. He explains a lot of these details with references to geographic location, be it in Arizona, or New england, or on a mountain in Colorado.
Chapeter 3 is a lesson on how to wire the modules and arrays together so you can get the right voltage and power combination.
Chapter 4 covers batteries and power regulation. He has many pictures and tables showing availbale products. These of course must be updated with current products but it gives a starting point for the reader.
Chapter 5 is very short and covers power inverters and attachment to the grid. An inverter converts DC voltage from the PV cells into AC for the appliances as in a conventional home. Also it is needed for connection to the grid to get power credits. Finally, he presents some options for power back up generation.
Chapter 6 explains how to conserve energy and then how to match your requirements with the size of the solar system, i.e.: how to determine how much power you need.
Chapter 7 and 8 describe how to design a system connected to the grid, or to design a system completely standing on its own. He gives examples with photographs of existing installations and this includes seasonal variations in power generation.
The last two chapter 9 and 10 are on the actual installion of the components along with maintenance tips.
The book contains many photographs, charts, lists of suppliers for parts, and it has many example calculations on how the power is produced, stored, and what it costs. A lot of this information can be updated by the reader using the web.
This book is now a bit dated and the reader will have to update the information when buying parts, but overall it is still surprisingly good. 5 stars.
Although this book was first printed in 1987, it is amazingly current today (1999). I have been using this book since 1987 when I build my stand-alone PV-powered home in Prescott Arizona, and referred to Mr. Strong's book on a regular basis during design and construction of the solar-electric system. I still use this book today -- as the primary textbook in two classes that I teach at Arizona State University: "Introduction to Solar Energy and Photovoltaics" and "Photovoltaic System Design".
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