renewingindia.org
winrockindia.org
newsletter
resource
Vol 10 October 2001

YOUR LETTERS

DEAR EDITOR

Your newsletter helps alert people regarding the importance of saving our environment, conserving fuel, etc, to make our nation free from energy crises. It made me think of some new ideas to help my country in this area.

Guriqbal Singh Sandhu
Student, Class XII, Kirpal Sagar Academy, Punjab

Incorporating "cartoons" on the subject can enhance this newsletter.

Rajiv Ryan
Student, Class V, Anna Gem Science School, Chennai

We are a grassroots NGO working in the field of conservation and education. For our activities, please send us information in the form of books, posters, CDs, etc on renewable energy,

PK Rajkumar
Coordinator, Friends of Nature, Tirunelveli, Tamil Nadu

We are taught how to preserve our environment, and information on various factors affecting our environment is highlighted. Your newsletter is very helpful in increasing our awareness in this field.

Reetika Dhawan
Student, Class XII, Kirpal Sagar Academy, Punjab

Regarding my article on our solar mini lamp, Aishwaryadeep, published in the RESOURCE, I thank you for the same. I have received several mails appreciating the project.

DT Barki, Managing Director
Noble Energy Solar Technologies, Hyderabad

I have an agricultural farm of around 40 acres. At present, I have planted around 4000 plants of Amla and almost 100 types of other fruits. For the purpose of irrigation, there is one open well and one bore well both run by diesel engine sets due to non availability of power grid supply. This is not economical in the long run. As such, I am in need of a solar water pump So please send me some information for such a system, and also what financial assistance can be provided from your end or by any other sources (including government subsidy).

S Pugalia
Udaipur, Rajasthan

We are a group of young scienties and social workers working in Uttaranchal where several villages remain without electricity and drinking water. We would like to initiate an energy development program in this area and would like your assistance in this matter.

JP Maithani, Director
Society for Community Involvement in Development, Garhwal


Back

 

 

 

ACHIEVEMENTS

Potential and Achievements
Renewable Energy Programs in India

Source/TechnologyPotential (approx.)Achievements (up to 31 Dec 2001)
Family-size biogas plants120 lakhs32.62 lakhs
CBP/IBP/NBP plants-3,520 Nos.
Improved chulhas12 crores343 lakhs
Biomass power19,500 MW*358.10 MW
Biomass gasifiers-42.82 MW
Solar photovoltaics20 MW/sq km
1) Street lighting systems-41,403 Nos.
2) Home lighting systems-176,962 Nos.
3) Solar lanterns-382,529 Nos.
4) SPV power plants-1,172 kWp
5) Solar water heating systems30 million sq m collector area590,000 sq m collector area
6) Solar cooking systems
i. Box -type solar cookers-515,000 Nos.
ii. Concentrating-type community cookers-175 Nos.
7) Aditya solar shops-29 Nos.
8) Solar PV pumps -4,204 Nos.
9) Solar photovoltaic power-1.80 MW
Wind power45,000 MW1,507.3 MW
Small hydro power (up to 25 MW)15,000 MW1,406 MW
Wind pumps-793 Nos.
Hybrid systems-112.5 kW
Energy recovery from waste1,700 MW17.08 MW
Battery operated vehicles-247 Nos.
Energy parks-259 Nos.
IREP blocks-860 Nos.

sq km/m = square kilometer/ meter; MW = megawatt; kWp = kilowatt peak; CBP/IBP/NBP = Community/Institutional/Night-soil-based Biogas Plants; IREP = Integrated Rural Energy Program
* including biomass gasifiers

Thank you for your letters and for keeping the renewable energy movement going. We have just selected a few letters at random as it was impossible to include them all. We are trying to include all your requests for certain case studies/information in this and subsequent issues. Please do keep writing to us while we reply as soon as we possibly can.

Anita Khuller, Editor

The views expressed in the articles within are those of the authors and do not necessarily reflect those of WII.

Individuals/organization/schools should subscribe to RESOURCE directly in order to get their own copies (see enclosed form).


Back

 

 

 

MEDIA CLIPS

Shopping Center in Salvador becomes
Self-sufficient in Energy

www.canalenergia.com.br
Iguatemi, the largest shopping center in Salvador, will become self-sufficient in relation to electric energy with the implementation of a natural gas cogeneration plant, which has an installed capacity of 8.4 MW and will produce 2,500 tons of refrigeration. Out of a total investment of R$ 23.8 million, the National Bank of Economic and Social Development granted R$ 19 million. The surplus power will be sold to the Electricity Company of Bahia.

Shade from Solar Car Parks to Power a City
solar@solaraccess.com, 17 Aug 2001

Parking spaces in at least one California city will do more than just take cars off the road; they will also generate electricity for the city of Riverside from renewable energy. Schott Applied Power Corporation has signed a contract to build a 113-kW solar photovoltaic carport system in Riverside. The solar system will be connected to the city's utility grid and will generate renewable energy to offset summer electricity demand during peak hours. The solar car parks will shade 152 parking spaces at the Operation Center of the Public Utilities. The PV array will consist of 2,016 75-W modules, and the output is sufficient to power 57 homes.

Beans and Wind are Good for US Farmers
www.solaraccess.com, 8 Nov 2001

Sterling Planet has teamed with Dan Juhl, developer and operator of Woodstock Windfarms LLC, to sell green energy certificates from Minnesota farms. The certificates will come initially from an existing 320-acre wind farm that sits in a field of corn and beans, where 17 turbines have generated 29,000 MWh per year since they were commissioned in June 1999. That output is sufficient electricity for 3,700 homes. Later this year, two farmer-owned turbines on two additional acres will begin producing wind energy. In 2002, five or more family-owned wind projects are expected to come online.

Through Sterling Planet, Juhl and his fellow wind farmers will sell the environmental attributes of their turbines to buyers across the US through green energy certificates or tickets, which are worth 1 MWh each. The tickets provide financial incentives for the development of new green energy facilities, create an additional revenue source for producers, and boost demand for green energy in the marketplace.

First Green Wedding Held in Maryland
RE Today, 3 Oct 2001

The Bonneville Environmental Foundation (BEF) recently lauded Kate Narburgh and Rich Iovanna for holding what is believed to be the nation's first green-powered wedding. BEF said the couple share many of the same environmental values and therefore decided to have their wedding festivities powered by renewable energy. The newly weds are both employed by the Environmental Protection Agency (EPA).

Toyota Unveils New Fuel Cell-Powered SUV
Fuel Cells Today, 24 Aug 2001

Toyota Motor Corporation recently introduced a new fuel cell-powered vehicle based on its Highlander sport-utility vehicle (SUV). The new hydrogen-fueled SUV, known as the fuel cell hybrid vehicle (FCHV-4), will be able to reach a top speed of 95 miles per hour and will have a range of 155 miles.

Canadian Solar Cars Leave for Australia Race
www.solaraccess.com, 12 Sept 2001

Teams from four universities in Ontario drove their solar-powered cars into one of the larger exhibitions in Canada, before they leave to compete in the World Solar Challenge 2001 this November in Australia. Canadian entrants to the second international solar car competition this year include McMaster University, Queen's University, Waterloo University and the University of Toronto. Thirty cars drove 3,700 km across the US during the American Solar Challenge in July. The University of Waterloo placed third, while the Mirage from Queen's placed fourth after making up a lot of ground after an early crash. The Mirage cost C$2 million to build, including $1 million worth of PV cells, which are 20% efficient.

Britain Invests in Power from Ocean Waves
www.solaraccess.com, 25 Sept 2001

One of the best-known companies in the field of wave-powered generating stations, WaveGen has attracted government funding in Britain of £1.67 million toward the development of the world's first floating mini power station using wave power.


Back