Energy-saving retrofit of cooling water and chilled water circulation pumps; the minimum power savings rate is 30%
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As title: Without changing the existing flow rate, head, pressures at the pump’s inlet and outlet (or main pipes), or water temperature, replace it with our company’s high-efficiency, energy-saving pump equipped with a booster device. Regardless of whether it has been modified before: cutting the impeller, using permanent magnet motors, frequency converters, automatic control, and so on. The technology is mature, with many use cases. Consult 15150144442
It would be good to have a brief introduction to energy-saving principles; otherwise, … For reference.
That’s a bit exaggerated; if it were really possible to achieve that, you could get a subsidy from the State Council.
It was designed by the original design institute and wasn’t modified at all; after our modifications, the power savings rate reached 87% – Yangtze River Longfengtang Pharmaceutical, with an acceptance certificate available. Blowing requires something to come out as proof.
It is produced customarily based on the maximum difference in actual operation on site. Reduce the pump’s power? Our pumps have high efficiency, and they are equipped with boosters to overcome the resistance in the pipeline network. You can add WeChat, send an acceptance form for verification, or check out examples (using your own meter)
You can bring your own power meter; find a company that you consider to be among the best in the industry (one of the top five), and have the property owner switch between the two meters so that you can measure the electricity consumption
For reference, the original unit came equipped with an inverter for automatic control.
That’s a bit exaggerated. Contact me and I’ll find two pumps for you to use so that the energy-saving rate can be achieved; if it isn’t possible, don’t ask for payment.
Current energy-saving upgrades involve selecting new pumps based on the aging condition of the users’ pipeline systems. And what he calls those useful devices are nothing more than low-resistance filters and check valves, which can reduce the system resistance by about 3 meters; as a result, a lower pump head pressure is sufficient when selecting the pump, thereby achieving energy savings.