Combining information technologies such as the Internet of Things, big data, AL, and 3S to create a one-stop smart water conservancy digital solution for users, improve the "four-prediction" capabilities, and achieve digital empowerment of flood and drought disaster prevention, intensive and economical use of water resources, optimal al of water resources, and ecological protection and management of rivers and lakes.

Use cloud computing, big data, Internet of Things, GIS and other modern information technologies to supervise the entire process of urban and rural water supply business, promote the digitalization and intelligent transformation of water affairs, improve the efficiency and quality of water supply services, ensure the safety and stability of urban water supply, achieve optimal al of water resources, reduce operating costs, improve user experience, and support the sustainable development of cities.

The intelligent thermal system is based on the informatization and automation of heating, with the deep integration of information system and physical system as the technical path, using "Internet +" technologies such as the Internet of Things, spatial positioning, and cloud computing to sense and connect various elements in the entire process of the heating system "source-network-station-user" and accurately control the objects at all levels and links in the system on demand. A new generation of heating system.

The smart thermal system is based on heating informationization and automation, with the deep integration of information system and physical system as the technical path, using "Internet +" technologies such as the Internet of Things, spatial positioning, and cloud computing to sense and connect various elements in the entire process of the heating system "source-network-station-user", and accurately control the objects at all levels and links in the system according to demand. A new generation of heating system.

Intelligent firefighting in the hydraulic field is the use of modern information technologies such as the Internet of Things, big data, and cloud computing to achieve real-time collection and analysis of fire safety operation data, remote management and maintenance of firefighting equipment, and coordination of fire prevention and emergency rescue. Smart firefighting is an advanced solution that helps users improve their perception, early warning, emergency command and other capabilities, thereby minimizing fire risks and impacts. The water supply integrated unit is a water supply equipment that replaces the traditional installation method of pumps. Except for the water pump, all other units in the unit are self-produced products of the group, which can be designed and assembled according to customer needs.

Provide safe and reliable products and complete solutions for users in the global urban heating and thermal power field.

The Mine Slurry and Water Conveyance Solution of Meide, with the core being the mine-use grooved connection system, overcomes the pain points of slow installation, difficult maintenance and long downtime of traditional connections. It has the advantages of increasing installation efficiency by over 40%, reducing downtime by half to save costs and protect pipes, lowering the rate of hot work accidents by 30%, and having excellent seismic and expansion performance. It is suitable for complex working conditions such as rough terrain and vibration, subsidence and settlement, narrow spaces, and tight schedules.

Always put customer needs and product quality first, starting from customer needs and practical problems, using digital technology to achieve rational product design, through strict quality and performance testing to achieve product reliability inspection, to create a one-stop power hardware solution.