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Register Entries
Newsletter Articles
Technical Brochures
Register Entries
- Stand-alone Wind/Solar System in Odoorneveen
- The Terschelling Photovoltaic and Wind Energy Project
- Philippine and American Companies Collaborate on Rural Photovoltaic
Electrification
- Passive and Active Solar, Photovoltaics and Wind Energy Demonstrated in a
Showcase House
- Wind, Photovoltaics and Solar Thermal Provide Dispersed Energy Sources
for Armenia
- Brazilian Rural Electrification Brings Photovoltaics and Wind Power to
Villages
- An Energy Efficient Camp Powered by Renewable Energy
- Wind Power Demonstration Project at Cheju Island
- Wind/Photovoltaic Hybrid Powers Secondary School in Trinidad
- Photovoltaics and Wind Turbines Power Off-shore Pilot Training Monitoring
Systems for the US Navy
- Farm Power from Efficient Anaerobic Digestion of Animal Wastes with
Photovoltaic Supplement
- Hybrid Photovoltaic and Propane-fuelled Generator for Remote Applications
- Solar for Schools Program Benefits Students, Utilities, Donors and
Companies
- Pure Energy - Selling Renewable Energy to Customers Through the
Electricity Grid
- Melting Snow on Roads using Geothermal and Solar Heat
- Highly Valued Living Comfort Provided by Wood Stoves and Active and
Passive Use of Solar Energy
- Renewable Energy Technologies on a Farm Contribute to a Sustainable
Economy
- Grid-interactive Renewable Energy Electricity Supply System
- Fuel Cells Make Debut in Small Vehicle Demonstration
- Solar Home Uses Phase Change Walls
- Solar House. A Conventionally Styled but Low Energy Consumption Home
and Office
- Wind/Photovoltaic Hybrid System Provides Power for Water Purification in
an Industrial Waste System
- High Octane Ethanol - a Natural Fuel for the Aviation Industry
- Methanol Vehicle Project Demonstrates Leveraged Benefit of Hydrogen Use
in Emissions Reductions
- The Arrillhjere Demonstration House
- Renewable Energy Provides Company's Headquarters
- Zero Emmissions Transport in Northern Ireland
- Stand Alone Mobile Hybrid PV-Wind System
Technical Brochures
59: Stand-alone Power System in Norway
A stand-alone power system, consisting of a wind turbine, an array of
photovoltaic panels, a battery bank and a diesel generator, supplies electricity to a single household and a small workshop on the island of Lyklingholmen, off the
coast of Norway. The system has been operating since 1993, and electricity production from the renewable sources is about 4,000 kWh/year. The investment
cost is estimated to be about 35% of that required to connect the island to the grid.(Printed 1997)
106: Wind–Diesel Project Brings Renewable Energy to Northern Russia
Low-cost, off-grid renewable energy solutions are being offered to remote
communities in Northern Russia, which currently rely on expensive and unreliable diesel systems. Wind–diesel hybrid systems are being set up in several areas
under a joint project by the Russian and US governments. (Printed 1999)
Newsletter Articles
2/93 Clean Energy Systems for Remote Areas - Japan
3/94 Brazilian Rural Electrification Pilot Project - USA
1/95 Hybrid Power for the Electrification of Indonesian Villages - USA
3/95 Instant Solar-hybrid System - Australia
3/96 Renewable Energy Powers Energy-efficient School - Australia
3/96 Farming for a Sustainable Future - UK
1/97 A second Generation Wind/Diesel System, Norway
2/97 Stand-alone PV/Diesel Hybrid Power Generation System on a Small Island - also in pdf format
4/98 Sludge gas powers fuel cells - also in pdf format
1/99 New multiple fuel power plant - also in pdf format
3/00 Power Controller for remote areas - also in pdf format
3/00 Setting the standard for renewables - also in pdf format
3/00 100% local renewable energy for Malmo - also in pdf format
Last updated 16 July, 2001
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