![]() ![]() ![]() Standard pumps run on AC (alternating current) from the power grid, but solar-powered pumps are increasingly available. They can be placed on a trailer or pontoons and moved as requiredĪll of these pumps require varying levels of power, depending on the type, size, and horsepower. Propeller pumps, used for low lift, high flow-rate conditions.Unlike turbine pumps, submersible pumps push water up rather than pull it up Submersible pumps, which are turbine pumps that are used in tandem with a submerged electric motor.Deep-well turbine pumps, used for cased wells or when the water surface is at a depth beyond the limit of a centrifugal pump.Centrifugal pumps, used to pump water from reservoirs, lakes, streams, and shallow wells.Common pump types for commercial agriculture include: Your grandparents’ dinosaur diesel pump may have run great for 50 years, but it was loud, gassy, and increasingly costly to operate.Įlectric pumps are now commonplace, and if you need to install a new pump, you’ll find that you will have a number of options, from the type of pump to its power source. Likewise, we’re moving away from burning fossil fuels to power pumps. Modern Technology for Improved Vineyard IrrigationĪs graceful and picturesque as the windmills of the Dutch countryside may be, we no longer need to rely on environmental conditions, like wind, in order to pump water from the source to our planted fields. In this post, we’ll examine irrigation technologies for both system operation and for system feedback. From the way we transport water to how we measure its flow, irrigation technologies are becoming more affordable, more efficient, and more practical. Vineyard irrigation practices have come a long way in the last half-century.
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