by jboullion | Aug 10, 2012 | Uncategorized
From a story by Justin Guay, Sierra Club International Program:
Of course they still have to face the problems they have inherited from trying to copy/paste a centralized grid from the West. So what can they do to solve peak problems with the grid they already have in place? Deploy lots and lots of distributed solar and efficiency.
That’s because, unlike coal, solar for the most part is available when you need it – during peak hours. Which is why it’s great to see States like Gujarat taking the lead in roof top solar programs with the support of the IFC. And efficiency makes the peaks smaller so you need less power in the first place.
The irony here of course is that distributed generation has always been ignored as trivial compared to the real need for a large scale ‘modern grid.’ That’s because policymakers and commentators lack the imagination to understand the fact that when aggregated, small can be very, very big.
Take the hidden truth behind India’s modern grid (as my colleague Jigar Shah points out): it is actually already a distributed system that is largely powered by filthy, costly diesel gen sets. That’s because power outages are so frequent that businesses and wealthy individuals have been forced to pay for this backup generation to ensure power. This is a tremendous opportunity for companies seeking targeted diesel replacement strategies to save people and companies tremendous amounts of money, while providing reliable power.
by Ed Blume | Aug 10, 2012 | Uncategorized
From a story by Justin Guay, Sierra Club International Program:
Of course they still have to face the problems they have inherited from trying to copy/paste a centralized grid from the West. So what can they do to solve peak problems with the grid they already have in place? Deploy lots and lots of distributed solar and efficiency.
That’s because, unlike coal, solar for the most part is available when you need it – during peak hours. Which is why it’s great to see States like Gujarat taking the lead in roof top solar programs with the support of the IFC. And efficiency makes the peaks smaller so you need less power in the first place.
The irony here of course is that distributed generation has always been ignored as trivial compared to the real need for a large scale ‘modern grid.’ That’s because policymakers and commentators lack the imagination to understand the fact that when aggregated, small can be very, very big.
Take the hidden truth behind India’s modern grid (as my colleague Jigar Shah points out): it is actually already a distributed system that is largely powered by filthy, costly diesel gen sets. That’s because power outages are so frequent that businesses and wealthy individuals have been forced to pay for this backup generation to ensure power. This is a tremendous opportunity for companies seeking targeted diesel replacement strategies to save people and companies tremendous amounts of money, while providing reliable power.
by Ed Blume | Jul 27, 2012 | Uncategorized
From a news release issued by Kohl’s Department Stores:
MENOMONEE FALLS, Wis. — Kohl’s Department Stores (NYSE:KSS) today announced that the company will expand its solar program by nearly 25 percent in 2012, installing solar panels at approximately 30 additional Kohl’s locations. While some of the new solar sites will be in states such as California, Connecticut and Maryland where Kohl’s already has a solar presence, additional sites will be located in new solar states for Kohl’s, including Massachusetts, New York and Ohio.
On average, the solar panels will supply 20 to 50 percent of each store’s energy. Construction of the solar panel arrays on the first phase of stores began this spring. Once the installations are complete by the end of 2012, Kohl’s expects to have more than 150 solar locations across 13 states.
by jboullion | Jul 27, 2012 | Uncategorized
From a blog post by Tom Content on JSOnline:
Helios Solar Works has received a loan of $652,079 to support its $11 million investment to purchase equipment and add a third shift of workers at its Menomonee Valley solar panel factory.
The loan was announced by the Northwest Side Community Development Corp., based on funds from the U.S. Department of Health and Human Services.
Helios opened its factory at 1207 W. Canal St. last year. The funds will be used to help meet demand from new orders from Helios customers in the United States, Asia and Europe, according to the community development corporation. The corporation said the loan will support the addition of up to 40 jobs.
“It is very satisfying to know that the NWSCDC is helping Helios ship solar panels to customers worldwide stamped ‘Made in Milwaukee,’ ” said Sam McGovern-Rowen, NWSCDC planning director, in a statement. Helios makes efficient panels using a highly automated production process.
Helios chief executive Steve Ostrenga says employment currently stands at about 35, running two shifts, and the company is planning its capital investment in part to accommodate a third shift and development of a new panel aimed at the residential market.
“We’ve been doing primarily commercial and this gets into the residential space with a differentiated product that lowers the total cost of installation,” he said in an interview.
by jboullion | Jul 6, 2012 | Uncategorized
From a news release issued by Kohl’s Department Stores:
MENOMONEE FALLS, Wis. — Kohl’s Department Stores (NYSE:KSS) today announced that the company will expand its solar program by nearly 25 percent in 2012, installing solar at approximately 30 additional Kohl’s locations. While some of the new solar sites will be in states such as California, Connecticut and Maryland where Kohl’s already has a solar presence, additional sites will be located in new solar states for Kohl’s, including Massachusetts, New York and Ohio.
On average, the solar panels will supply 20 to 50 percent of each store’s energy. Construction of the solar panel arrays on the first phase of stores began this spring. Once the installations are complete by the end of 2012, Kohl’s expects to have more than 150 solar locations across 13 states.
