WISIONS of Sustainability

The main objective of WISIONS is to make clean energy a default solution for basic energy needs in developing regions, by helping local partners to identify successes and bring them to scale through regional networks, marketing and demonstration. Read more about WISIONS activities, goals and background.

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The WISIONS Team Visits Two SEPS Projects in Nepal

News from WISIONS posted on December 12th, 2016

During a recent trip to Nepal our team took the opportunity to visit two of our SEPS projects in the country.Read moreMinimize

One of these projects, entitled  Demonstration of Sustainable Low Head Pico-Hydro to Deliver Enhanced Rural Energy Services to the Terai Region of Nepal, is being conducted by PEEDA in cooperation with KAPEG. It aims to use micro hydro power generated by a low head propeller turbine to demonstrate the feasibility of this clean energy technology in the Okhaldhunga district of Nepal. 

Two low head propeller turbines (1 kW and 3 kW) were recently installed and are now ready for operation. To ensure community involvement, an energy committee which observes all business stages has been formed and locally trained technicians will ensure reliable operation and maintenance of the systems. The turbines, as well as the used Electric Load Controller, were developed and produced in Nepal and are being tested in the field as part of this project.

The second visit was to the  Community Managed Energy Service for Vegetable Market Chain project which is being implemented by Practical Action Nepal. The objective is to demonstrate the viability of an innovative management and finance concept for the installation of a community irrigation system by using a photovoltaic pumping system to increase production levels and enhance the quality and variety of the vegetables produced. 

The entire village, which is in the surroundings of Kathmandu, is fully committed and very enthusiastic about the project. The company that will install the solar systems has recently been appointed; once the innovative irrigation system is up and running, it aims to allow for up to four harvests per year, a greater selection of crops and improved marketing/sales of produce to the capital.

Various photos of our project visits are available on our Facebook page here and here.


Practice-to-Policy Exchange: Grid Connected Micro Hydro Power in Sri Lanka

News from WISIONS posted on November 28th, 2016

One of our recent SEPS exchange activities aimed to nurture knowledge exchange between multi-actors for grid-connected micro hydro technology across the region of South and Southeast Asia and to enable members of the Hydro Empowerment Network (HPNET) to operate renewable energy technologies apart from the national grid. Read moreMinimize

The practice-to-policy exchange was a three-stage exchange process, where the first three months were dedicated to online information exchange, followed by a physical exchange activity and a four-day workshop held in Sri Lanka with 21 delegates representing eight countries and including ten other sector experts. 

The workshop helped delegates share experiences from their respective countries and observe operations of successful mini and micro hydro plants in Sri Lanka, which are connected to the grid.

The final step of this exchange process was to develop advocacy material to be used by members of the Hydro Empowerment Network to promote micro and mini hydro grid connections in their countries and for the whole of South and South East Asia, where the network's activites are located. 

More general information is available on our SEPS project page: Practice-to-Policy Exchange for Grid-Connected Micro Hydro Power in South/Southeast Asia

One result of the exchange activity is this video on Smart Grids for Rural Electrification:


Integrated Community Farming in Thailand

News from WISIONS posted on November 24th, 2016

One of our recent SEPS projects aimed to develop and demonstrate a community farming system on the Asian Institute of Technology (AIT) campus in Pathum Thani, Thailand, utilising renewable energy technologies to ensure the security of food, nutrition and energy. The project has now been successfully completed.Read moreMinimize

The AIT campus is a residential campus for postgraduate students, staff and faculty from more than 30 countries. 73 community members were involved in this farming venture, carrying out the gardening, farming and fishing activities. The total land available for this project was about 550 m2. The first six months of the project period were used to develop the concept, motivate the community, and design and install the system. The remaining time was used to conduct training sessions and to plant and cultivate the crops. 

Solar PV panels produced electricity to pump water, which was distributed through a network of pipes to drip sprinklers, which watered the plants. A solar drier was used for drying some of the vegetables produced.

This project brought the community together regardless of age, gender or other social factors, and made an important contribution to sustainability on the AIT campus. The use of solar panels as a power source saved money and labour and reduced emissions compared to other sources of electricity generation. In addition, the use of organic fertilisers maintained the soil quality and the drip irrigation system was introduced to limit water use.

Having completed the initial project, some of the participants have already expressed serious interest in continuing with the farming activities.

Project photos are available on our Facebook page and more general information can be found on our SEPS Project Page: Renewable Energy Technologies for Integrated Community Farming Systems.

AIT also features detailed project information on their own website.


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