Infinity Turbine LLC


Publication Title | Googles Brayton CSP Engine Goals Engine Configuration Selection Engine and System Efficiency Conclusions

Organic Rankine Cycle

Waste Heat to Power ORC search was updated real-time via Filemaker on:

Waste Heat to Power ORC | Return to Search List

Search Completed | Title | Googles Brayton CSP Engine Goals Engine Configuration Selection Engine and System Efficiency Conclusions
Original File Name Searched: google_brayton_summary.pdf | Google It | Yahoo | Bing



Page Number: 001
Previous Page View | Next Page View

Text | Googles Brayton CSP Engine Goals Engine Configuration Selection Engine and System Efficiency Conclusions | 001



RE<C: Brayton Project Overview

Introduction

Brayton-Cycle Engines

Google’s Brayton CSP Engine Goals Engine Configuration Selection Engine and System Efficiency Conclusions

Introduction

RE<C was a Google initiative to drive innovation in renewable energy, with the goal of making renewable energy cheap enough to compete head-to-head with coal-fired power plants. Hence the name RE<C - “renewable energy cheaper than coal.” As part of this initiative, Google formed an engineering team to develop promising technologies in the field of solar energy power generation. After evaluating many technologies, we focused our engineering efforts on concentrating solar power (CSP) because we felt it was an area where we had the biggest opportunity to innovate.

CSP is a proven means of solar power generation and new technologies are lowering its cost curve, but a common characteristic of current CSP technologies is the use of steam turbines for power generation. Steam turbines, although well understood, consume large amounts of water and require extensive balance-of-plant equipment. CSP works best in regions with a lot of sun year-round, and these tend to be desert areas where water is in short supply and permission to use water may be difficult or impossible to obtain.

Examples of different types of CSP: tower, trough, and dish

Our goal for the power conversion part of a CSP plant was to create a new approach that was water-free, modular, and less expensive than steam-based CSP. This led us to examine the Brayton power cycle as a possible solution.

Image | Googles Brayton CSP Engine Goals Engine Configuration Selection Engine and System Efficiency Conclusions



googles-brayton-csp-engine-goals-engine-configuration-selection-engine-and-system-efficiency-conclusions
Waste Heat to Power - ORC - - Waste Heat to Power System - Go to website

Search Engine Contact: greg@infinityturbine.com