建筑设计中的太阳能技术应用工程师设计资料集成

Solar Power in Building Design is a complete guide to designing, implementing, and auditing energy-efficient, cost-effective solar power systems for residential, commercial, and industrial buildings. Filled with case studies and illustrations, this state-of-the-art design tool covers new solar technologies; design implementation techniques; energy conservation; the economics of solar power systems; passive solar heating power; and more.

Foreword

Intreduction

Acknowledgments

Disclaimer Note

Chapter 1 Solar Power System Physics

Introduction

A Brief History of the Photoelectric Phenomenon

Solar Cell Physics

Solar Cell Electronics

Types of Solar Cells Technologies

Other Technologies

Concentrators

Solar Panel Arrays

Solar Power System Components

Chapter 2 Solar Power Technologies

Introduction

Crystalline Solar Photovoltaic Module Production

Amonix Megaconcentrators

Film Technologies

Solar Photovoltaic System Power Research and Development

in the United States

Chapter 3 Solar Power System Design Considerations

Introduction

Solar Power System Components and Materials

Solar Power System Configuration and Classifications

Storage Battery Technologies

Solar Power System Wiring

Entrance Service Considerations for Grid-Connected Solar Power Systems

Lightning Protection

Central Monitoring and Logging System Requirements

Ground-Mount Photovoltaic Module Installation and Support Hardware

Roof-Mount Installations

Electric Shock Hazard and Safety Considerations

Maintenance

Photovoltaic Design Guidelines

Chapter 4 Introduction to Solar Power System Design

Insolation

Shading Analysis and Solar Energy Performance Multiplier

Site Evaluation

Solar Power Design

Chapter 5 Solar Power Generation Project Implementation

Introduction

Designing a Typical Residential Solar Power System

Example of Typical Solar Power System Design and Installation Plans for a Single Residential Unit

Commercial Applications

Small-Scale Solar Power Pumping Systems

Large-Capacity Solar Power Pumping Systems

Pump Operation Characteristics

Semitropic Open Field Single-Axis Tracking System PV Array——Technical Specifications

Chapter 6 Energy Conservation

Introduction

General Energy-Saving Measures

Power Factor Correction

A Few Words about Power Generation and Distribution Efficiency

……

Chapter 7 LEED——Leadership in Energy and Environmental Design

Chapter 8CaliforniaSolar Initiative Program

Chapter 9 Economics of Solar Power Systems

Chapter 10 Passive Solar Heating Technologies

Appendix A Unit Conversion and Design Reference Tables

Appendix B Photovoltaic System Support Hardware and Photo Gallery

Appendix CCaliforniaEnergy Commission Certified Equipment 2100433B

书名：建筑设计中的太阳能技术应用 工程师设计资料集成

作者： Peter Gevorkian 责编：杨桦

I S B N：978-7-5603-4504-8 定价：146.00

出版日期：2014-6-1 开本：16

所属丛书： 页数：500

图书分类：C.建筑.市政与环境工程类 中图分类：TU建筑科学

《建筑设计资料集成(综合篇)(精)》由天津大学出版社出版。

2100433B

《新版简明建筑设计资料集成》共分两篇，13章，其中内容有：基础篇含制图方法、环境工程学、人体工程学以及基础的单元空间等4章；各种建筑物篇包括了9种建筑物。

2100433B

《建筑设计资料集成：教育图书篇》以最精要的图表及文字表达说明，设计者及学习者可快速掌握建筑课题的概要，是所有建筑人专业生涯的良伴。日本建筑学会编纂的《建筑设计资料集成》是日本建筑学术及科技发展的标志性著作，也是最权威、最实用的一套工具书。自第一版问世以来已经有80多年的历史，其间数次改版，篇幅不断扩充，内容也不断丰富。现在已扩充到14卷，其中包括：《综合篇》、《居住篇》、《福利·医疗篇》、《休闲·住宿篇》、《集会·市民篇》、《人间篇》、《物品篇》、《教育·图书馆篇》、《地域·都市篇Ⅰ》、《地域·都市篇Ⅱ》、《生产·交通篇》、《展示·技能篇》、《商务·商业篇》、《环境篇》。每卷书的内容正如其书名一样，介绍了世界范围内相关主题的建筑物。本卷为《教育·图书篇》。