Well done, Tata Power Solar! Now, for a Similar Project in India . . .

Solar Thermal Magazine has this announcement of a very significant project by Tata Power Solar and British Gas for Toyota in the UK. I know I've made this point several million times before, but it needs to be reinforced - Toyota are no fools, and they know exactly how to offer great cars at reasonable prices. This means that they are not, quite, a company that is likely to invest hugely in solar power if it would mean adding to the cost of manufacturing their cars, and eventually get passed on to consumers who might, well end up looking at better priced options form others. Also, a point to note - if solar power is viable in always dark and overcast Britain, guess how much more viable it would be in ever bright and sunny India? What next, Tata? A similar solar roof at one of your automobile plants? That might be a great idea! Anyone interested is welcome to check out Tata Power Solar's website. .

If Cold and Foggy Norway could Build a ZEB Home that Generates 3 Times as much Power as it Needs, Guess What Sunny India Could Do

Gizmag, a site that I believe everyone with an interest in technology should follow, has this report about a very interesting house designed in Norway. Basically, the house has solar PVs and water heating systems, along with a rain water harvesting system in a design that captures the maximum amount of sunlight in such a cold place. The pictures show a home that is pleasing to the eye, and that could send a lot of electricity into the grid instead of drawing from it. In short, for a net power deficit country like India, this could be a panacea. There would be no need to worry about the frequent power failures that are a way of life there, and, by merely being there, the home could generate electricity and help other properties in the neighborhood. If the owners have an electric car or motorcycle, that would get charged for free as well.

US Company is Looking for an Indoor Air Quality Management Tie Up for India

A leading Health and Environmental Services company in the US is looking at partnering with an Indian company to offer services for indoor air quality monitoring and management. This would be particularly important in maintaining healthy indoor air inside centrally airconditioned buildings like malls, cinema theaters, convention centers, software and service centers etc. It would be even more important inside industrial facilities, but the company in question does not work in industrial zones. I do know of a second company that works in industrial air quality, but I have not discussed expansion into India with them. On the minus side, awareness of problems associated with poor air quality are low in India. On the plus side, if a company has an interest in taking this up, it could be worth a huge amount of money once awareness spreads. Please let me know if anyone is interested in discussing this.

Four New 1000 MW Solar Powerplants - Well Done, India!

It is encouraging to go to bed with this good news from The Economic Times. Rajasthanm Gujarat, Jammu and Kashmir and Ladakh, all states that receive high DNI, will receive new 1000 MW solar powerplants each. The government also plans to advance the deadline for 20,000 MW of solar power set by the previous government. I would hope, as a next step, that large government buildings and railway stations will see solar panels on their roofs. There is a lot of area that is currently wasted and that could be covered with solar PVs to generate power that is currently remotely generated at distant powerplants and fed in over long distance transmission lines. I hope that this is a beginning, and not an end in itself. It does look like the new government has got down to business fast. Here's wishing them success!

Dubai's Pioneering Example could be Replicated Across South Asia

Gulf News has this article about a pioneering new initiative to build solar powered sheltered bus stops in Dubai. While the wealthy Middle Eastern Emirate makes a lot of money from oil and gas, its Arab rulers have been smart enough to understand that the fierce sun that shines down on them, could be put to work making them comfortable. Typically, for a wealthy country, Dubai's "bus shelters" are airconditioned and designed to be like high end waiting rooms. Much positive inspiration could be derived from this, though, across South Asia, a region that sends millions of people to work in Dubai, its surrounding Emirates, and in other countries in the region. I'll bet that a majority of the laborers who set these bus shelters up, many of the site-managers and other professionals involved, were all South Asians. And, while South Asia might not get UAE levels of solar DNI except for some desert regions, the entire region still receives enough sunlight to run a lot of equipment. And, the bus shelters don't need to be as expensive or elaborate as in Dubai. Now, if only South Asian countries could put solar PVs on bus and train stop roofs, and use them to drive fans underneath to keep passengers warm when it gets hot (or possibly ceramic heaters to provide warmth in those spots where it gets cold) it just might make public transport more attractive. Let's hope that it happens!

Congratulations, ONGC! Well done!

My good friends at Urban Green Energy Inc, a cutting-edge Renewable Energy systems developer, have done a study along with ONGC India on the use of renewable energy on oil and gas platforms. This is a pioneering study, and one that would have very positive consequences worldwide if it becomes a trend. It is a matter of pride that an Indian company is a global pioneer in this field. And, that's why, I'll say this again, Congratulations ONGC, and thank you, UGE. Well done, folks! Anyone interested in the details of the study can access it at this link. Do check it out and be pleasantly surprised at the kind of creative solutions that my friends are capable of coming up with!

GE Designs a Wind Turbine for Indian Wind Conditions

Solar Thermal Magazine, an excellent resource for anyone interested in Renewable and Clean Energy, has this piece about a new GE wind turbine design specifically for Indian "low wind" conditions. What is also encouraging is the fact that the turbine was designed and engineered at GE's Bangalore development center, and that it will be manufactured in India. This means possibilities for it to be marketed throughout the region, as other South Asian countries enjoy not only similar wind conditions, but they also have a regional trade arrangement that allows the countries to deal in their national currencies and bypass the dollar. This Asian Clearing Union trade should make it much cheaper to export these turbines and help address the severe electric power shortages across the region.