Duct system of sea wind (air) air conditioner by deep sea water cooling

Abstract

The invention relates to deep layer seawater cooling sea breeze air-conditioning pipeline system. It belongs to refrigerating engineering field. It includes sea surface working platform, air sterilization, clearing machine unit, compressor unit, master valve, input pipeline, sector valve, heat exchanger sector valve, output pipeline, exit master valve, secondary booster pump system, city transforming pipeline air treatment device, air compressor, city pipeline distribution system, allocate node device, and user using unit. Its principle are cleaning air at sea surface; is pressurizing the sterilized air by air compressor; entering underwater heat exchanger to exchange heat; outputting; the output temperature is 10 centigrade degree; entering city pipeline distribution system; entering user using unit by allocate node device. The invention can fully utilize sea water and cleaning sea wind to realize no pollution and save resources, offer cleaning low temperature sea wind for land mass, and improve working and living environment. Thus it has obvious social and economic benefit.

Description

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AI Technical Summary

Benefits of technology

This patented technology introduces an idea for creating a way that reduces greenhouse gas emissions by controlling indoor temperatures based on how much rainwater flows through it compared with outdoor conditions during winter months. By doing this, buildings or factories will be more efficient at producing their products while reducing environmental impact from carbon dioxide (CO2) production caused due to increased use of fossil fuels like coal).

Problems solved by technology

Technological Problem: Current methods involve direct replacement (requiring less water) by replacing existing ones without affecting their performance level. However, this approach has its limitations due to factors like thermal capacity limits caused by seafloor conditions that may limit cooling efficiency. Additionally, current methods require large amounts of space at different locations around the world where they are needed, making it difficult to install them near residential areas.

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