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Pumpy na fotovoltaický pohon pro pumpování zavlažovací vody v zemědělství
An Italian multidisciplinary small company working on social innovation topics is looking for a technology to complete a renewable energy powered system to replace diesel pump in agriculture. It is looking for an efficient but economic pump able to push 10 litres per second from 5m depth. The pump will be powered by photovoltaic panels, with which it constitutes an integrated and transportable system. The technology requested can either be at an advanced test stage or fully developed.
Summary:
An Italian multidisciplinary small company working on social innovation
topics is looking for a technology to complete a renewable energy
powered system to replace diesel pump in agriculture. It is looking
for an efficient but economic pump able to push 10 litres per second
from 5m depth. The pump will be powered by photovoltaic panels, with
which it constitutes an integrated and transportable system. The
technology requested can either be at an advanced test stage or fully
developed.
Description:
The proponent is defining an integrated system to replace diesel-powered
pump for agricultural irrigation, to reduce the environmental impact.
The developed concept is composed by many components: photovoltaic
panels, pump, ... The proponent must improve its solution idea by
looking for a more adequate pumping subsystem. Solutions analyzed have
deficiencies in pumping capacity and/or high demand for energy. The
goal is to be able to handle the pump with only 3 solar panels. The
principal requirement is: - capacity: pump up to 10 litres per second
from 5m depth By the scheduled uses, a surface pump is preferable to
submersible pumps. Due to some design constraints, the use of a micro
irrigation water delivery system is not considered.
Technical Specification or Expertise Sought:
The principal requirements are:
- directly powered by some photovoltaic panels
- capacity: pump up to 10 litres per second from 5m depth Because the
concepted system represents a moveable solution, it is important to
reduce size and weight.
Another important element is a low cost, because the overall system must
be also economically advantageous compared to the diesel pump.
Moreover the pump must be strong and light, and able to be
surface-mounted.
Stage of Development: Under development/lab tested
Comments Regarding Stage of Development:
the company is designing the concept of the system. It needs to
integrate a pump at an advanced test stage or one that is
fully-developed.
Type of partner sought: industry
Specific area of activity of the partner: Manufacturer of pumps Manufacturer of solar pump
Zdroj: EnviWeb
Datum uveřejnění: 31.3.14
Poslední změna: 31.3.2014
Počet shlédnutí: 222
Pumpy na fotovoltaický pohon pro pumpování zavlažovací vody v zemědělství
An Italian multidisciplinary small company working on social innovation topics is looking for a technology to complete a renewable energy powered system to replace diesel pump in agriculture. It is looking for an efficient but economic pump able to push 10 litres per second from 5m depth. The pump will be powered by photovoltaic panels, with which it constitutes an integrated and transportable system. The technology requested can either be at an advanced test stage or fully developed.
Summary: Zdroj: EnviWeb
An Italian multidisciplinary small company working on social innovation
topics is looking for a technology to complete a renewable energy
powered system to replace diesel pump in agriculture. It is looking
for an efficient but economic pump able to push 10 litres per second
from 5m depth. The pump will be powered by photovoltaic panels, with
which it constitutes an integrated and transportable system. The
technology requested can either be at an advanced test stage or fully
developed.
Description:
The proponent is defining an integrated system to replace diesel-powered
pump for agricultural irrigation, to reduce the environmental impact.
The developed concept is composed by many components: photovoltaic
panels, pump, ... The proponent must improve its solution idea by
looking for a more adequate pumping subsystem. Solutions analyzed have
deficiencies in pumping capacity and/or high demand for energy. The
goal is to be able to handle the pump with only 3 solar panels. The
principal requirement is: - capacity: pump up to 10 litres per second
from 5m depth By the scheduled uses, a surface pump is preferable to
submersible pumps. Due to some design constraints, the use of a micro
irrigation water delivery system is not considered.
Technical Specification or Expertise Sought:
The principal requirements are:
- directly powered by some photovoltaic panels
- capacity: pump up to 10 litres per second from 5m depth Because the
concepted system represents a moveable solution, it is important to
reduce size and weight.
Another important element is a low cost, because the overall system must
be also economically advantageous compared to the diesel pump.
Moreover the pump must be strong and light, and able to be
surface-mounted.
Stage of Development: Under development/lab tested
Comments Regarding Stage of Development:
the company is designing the concept of the system. It needs to
integrate a pump at an advanced test stage or one that is
fully-developed.
Type of partner sought: industry
Specific area of activity of the partner: Manufacturer of pumps Manufacturer of solar pump
Datum uveřejnění: 31.3.14
Poslední změna: 31.3.2014
Počet shlédnutí: 222