10 Green Building Studies You Should Know About

The green building studies and reports we spotlight cover the following topics: The potential financial benefits of green retrofits; the importance of overcoming the social and psychological barriers to green building; the use of impact fees to encourage green building; the use of mandates and incentives to promote sustainable construction; feedback from the construction industry on the risks that come with green building; global green building trends; green practices reported by facilities management professionals; and reshaping municipal and county laws to foster green building.

World’s First Solar Gas Hybrid Power Plant Launched in Israel

Aora Solar Energy Company, formerly known as EDIG Solar, an Israeli solar power startup has launched a small 100kw hybrid solar/gas turbine system that will provide power to kibbutz Samar located in the southern desert of Israel. Besides concentrated solar energy, this hybrid power station can also run on other alternative fuels, including bio-gas, bio-diesel and natural gas. By adding the flexibility to run the micro-turbine using an alternative energy source besides the sun this hybrid flexibility the power plant can continue to produce electricity when sunlight is insufficient, such as at night or when it is cloudy.

Australia Plans World Record Setting 1GW Solar Energy Plant

Australian Prime Minister Kevin Rudd announced plans to buid a 1GW solar power plant in Australia, which would make it the largest solar-electricity plant in the world surpassing the current record holder in California. Details about the project will be released soon and successful bidders will be named in the first half of 2010. The project is expected to cost A$1.4 billion (US$1.05 billion) and will represent a major investment in solar power, which the Prime Minister hopes will help propel the country into a leadership role in solar energy. This is a big step, but only one of many towards Australia’s stated goal of obtaining 20 percent of its electricity from renewable sources by 2020.

Local Green Jobs Roundup: Michigan, Miami, California, Illinois and Madison

Michigan’s Tax Credits Lure 4 Advanced Battery Makers Bringing 6,700 Jobs. Mayor Diaz Unveils Energy Smart Miami Program. Walmart to Place Solar Panels on Their Commercial Rooftop Which will Create About 130 Green Jobs in California. Vision Energy’s $1 Billion Wind Bet in Illinois will Create 290 Jobs. Many Private-Sector Companies Not Hiring Green Jobs Yet in Madison.

The Smart Grid Report: Part IV – Complexities, Fundamental Technologies and Current Smart Grid Efforts

This, the fourth and final installment of our four part article series on the report on the Smart Grid put out by the U.S. Department of Energy, titled “The Smart Grid: An Introduction”, covers the DOE reports section that deals with how the various constituencies are working to realign themselves so that they participate in and are positioned to thrive in the emerging Smart Grid future that is beginning to be built out. It summarizes the five fundamental technologies that will drive the Smart Grid. It illustrates concrete examples of current Smart Grid projects ranging from West Virginia to California to Hawaii, that illustrate how a smarter grid is already taking shape. Finally it asks: What’s Your Stake in All This?

The Smart Grid Report: Part III – What is It and What are Its Possibilities

This, is the third installment of our four part article series on the report on the Smart Grid put out by the U.S. Department of Energy. The report is titled “The Smart Grid: An Introduction”. The current installment covers the DOE report’s section that defines what is meant by Smart Grid; what it is and conversely what it is not. It covers the various critical aspects that working together will form the Smart Grid. It continues with a summary of the DOE Smart Grid report’s “Compare and Contrast: A Grid Where Everything Is Possible” section that outlines the many benefits of creating a smarter grid.

The Smart Grid Report: Part II – The Grid as It Stands: What’s at Risk?

This is the second installment of our four part article series on the excellent report on the Smart Grid put out by the U.S. Department of Energy that delves into this complex subject matter in considerable detail. The report is titled “The Smart Grid: An Introduction” and is dedicated to the education of all interested members of the public to the nature, challenges and opportunities surrounding the Smart Grid and its implementation.

This installment of our article series covers the DOE reports section that deals with where our current electric grid currently stands and what are the risks that it faces.

The Smart Grid Report: Part I – Overview

The U.S. Department of Energy has produced an excellent report on the Smart Grid that delves into this complex subject matter in considerable detail. The report is titled “The Smart Grid: An Introduction” and is dedicated to the education of all interested members of the public to the nature, challenges and opportunities surrounding the Smart Grid and its implementation. Building out the Smart Grid is a colossal task comparable in scope to the construction of the interstate highway network or the construction of the Internet. It is daunting, but it is a task that can no longer be postponed; one that simply must be done; as well as something we need to do as a nation for reasons of national security, to lay a foundation for our continuing prosperity and to preserve our nations global influence.

SOLAR ENERGY UPDATE: Concerns Raised About Impact of Solar Projects in The Mohave Desert, New 10MW PV Solar Energy Plant Planned for Chicago, Wal-Mart Expanding Its Use of Solar Power, India SEMI Has Plans to Get on The Global Dolar Map, First Solar to Build 53 MW Solar Facility in Germany

This update highlights several current issues and developments in the solar energy space. Concerns have been raised about the potential deleterious impact of utility scale solar energy projects in the fragile water poor desert environments of the Mohave Desert. Large scale solar collection farms use water to wash the mirrors and for concentrating solar thermal often use water for cooling.