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Solar photovoltaic technology directly converts radiation from the sun into electricity using a physical process with no moving parts. It requires special solar voltaic panels, which are mounted on rooftops or poles to face the sun. Solar photovoltaic systems allow power to be stored and then used as required. They are ideal systems for small-scale end uses such as lighting, pumping water, and low temperature storage of medicine. This can be a viable alternative in remote mountainous locations where the normal grid is difficult to reach. At the Knowledge Park at Godavari, solar voltaic panels are used to supply power for lighting and for charging the battery used in the automatic meteorological data logger belonging to the on-site weather station.
Soil erosion, soil degradation and declining soil fertility are widely regarded as major problems threatening the sustainable use ...
Lining waterways is one way of reducing soil losses through seepage and preventing erosion of the waterway bed. Stone or ...
Farmers benefit greatly from honeybees. They produce honey and other bee products which can be sold, consumed, or used as ...
ICIMOD has a number of ongoing activities in biodiversity conservation. At the Knowledge Park at Godavari, the emphasis ...
A plant nursery was established in the lower area of the site to ensure an adequate ...
Beehive briquetting technology This technique is an adaptation of methods used to produce charcoal for ...
Polythene film technology (PFT) Polythene (plastic) film technology (PFT) is a method for increasing production of field crops by ...
Biodynamic composting is a faster way of producing compost. Here the compost is made on the surface, rather than in ...