The
Facility for Low Carbon Technology Deployment (FLCTD) project, implemented by the United Nations
Industrial Development Organization (UNIDO) in collaboration with the Bureau of Energy Efficiency (BEE) completed the 2019 Innovation challenge in the Pumps vertical.
The list of winners of FLCTD Innovation Challenge 2019 is available here:
https://low-carbon-innovation.org/pumping-winners-2019
The Challenge was open for innovation in pumps, pumping systems and motors for grid-connected and/or off-grid application.
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Innovation in Industrial and Domestic Pumps: Innovations that improve the efficiency of pumps
that find application in industries, buildings, municipalities (water supply and sewage disposal).
Pumps should demonstrate efficiency levels higher than those that are available in the market
(e.g., greater than 5-star rated pumps) and in fluid delivery applications. Innovations could also
focus on integrating intelligence in pumps which makes the system adaptive, commercially viable
and improve overall ‘wire-to-water’ efficiency of the system.
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Innovation in Agricultural Pumps and Pumping Systems: Innovations that demonstrate energy
and water savings in agriculture pump or pumping systems. Solutions for efficient water utilization
can include improved water-intake and delivery systems (pipes, valves, sprinkler, drip irrigation
systems), and precision agriculture with smart-technologies for application in, but not limited to,
agriculture, horticulture and agro-forestry.
- Innovations in critical components of Pumps: Innovations in the design and construction of
components such as impellers, diffusers, casing and component material that results in low life-
cycle costs and higher efficiency. Innovations focusing on reducing the overall embodied energy
in manufacturing processes of pumps, increasing the recyclability of various components and
embedding electronics for overall system efficiency improvement.
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Innovations in Motors: Innovations in design and material of construction that overcome
constraints in the motor performance imposed by factors such as, but not limited to, voltage
variations, frequency variations, power factor, high inrush current without compromising the
performance of the motor. The design improvement should be targeted at developing an efficient
pump for specific application in industry or in commercial and residential buildings. Motors,
irrespective of their principle of operation and design technology, must demonstrate efficiencies
higher than the IE4 efficiency class as defined by IEC 60034-30-1 (2014) for fixed speed motors, or
IEC TS 60034-30-2 (2016) for variable speed motors respectively.
Innovations should clearly demonstrate reduction in energy consumption through efficiency
improvement in the Pumps, Pumping Systems and Motor. This may include, but not limited to:
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Design improvements that reduce energy consumption and overcome application constraints;
- Emerging and novel technology applications that improves efficiency;
- Improvement in material of construction, improvement in hydraulics;
- Innovation in application of information and communication technologies demonstrating
precision in controlling water delivery and maintain optimum efficiency level of the overall
pumping system efficiency improvements
- Design improvement in motors that overcome application constrain and can benefit industry
in general including the pumps industry for diverse motor-driven systems in industrial,
commercial and residential applications