AdES - High Performance Solar / Hydraulic Pumping
The current evolution of irrigation has led to pumping resulting in water displacement to a certain elevation as the best solution to ensure water pressure and address efficient automation. On the other hand, the energy consumption for the drive required for pumps displacing water to a higher elevation involves a higher cost which, in the case of communities of irrigators, also results in an increased not deductible value added tax.
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Product Details
The more cost effective and efficient performance of solar and wind energy provide isolated or hybrid solutions thereby guaranteeing a more sustainable energy supply.
However, it is necessary to solve the challenge of pumping water from fluctuating energy sources such as variations in solar irradiation, changes in temperature, passage of clouds and / or wind gusts.
ADES has developed a unique solution that overcomes this challenge, and with it, provides a system allowing for pumping with maximum performance even at low energy levels.
High Performance Positive Displacement Pump ADES
Pumping is produced by linear displacement of a piston inside its cylinder at reduced speed, giving rise to the concept of positive displacement pump.
A unique design that allows to displace water to a higher elevation in an amount directly proportional to the energy captured at each instant.
The pump is designed for a constant manometric charge. The power demanded in the motor shaft is set forth according to the following equation: kW = Q (l/s) x H m.c.a. / 85
The pump’s high performance is based on two principles. The first principle, involves the use of force being applied in the same direction of resistance. The second principle involves the use of hydrostatic transmission capable of transmitting power at a minimum level resulting in maximum performance.
This application allows ADES to provide engineering solutions resulting in increased pumping hours at lower cost (daytime) and consequently, lower fee structures.
Activation
The system can use different sources of energy, whether individually or mixed (solar – wind-hydraulic - electrical grid) without the need to hybridize electrically between those sources.
The objective is to pump during daylight hours with the maximum available flow from solar power. Thereafter, if necessary as a complement, energy from the grid will be used to complement performance during night-time hours, involving a reduced fee structure. At sites with wind potential, our turbines designed for direct pumping by hydrostatic transmission will be used, whether working in isolation or in conjunction with other energy sources.
When water is displaced to a higher elevation, pumping can be achieved with hydraulic energy.
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