Using tap water as the source, the community independently constructs a water purification pump room and installs a dedicated food-grade stainless steel pipeline network to directly deliver purified water to households, achieving separate distribution of drinking water and domestic water to meet the requirements of high-quality use for high-grade purposes and low-quality use for low-grade purposes. The equipment operates with full automatic control and remote fault monitoring, automatically shutting down when water quality fails to meet standards. A 24-hour circulating water supply ensures no "stagnant water", guaranteeing every drop is fresh. Users can obtain safe and healthy direct drinking water by simply turning on the faucet, eliminating the need for waiting or carrying. The terminal water supply is equipped with independent remote water meter measurement, supporting mobile online payment.

In commercial scenarios, the adoption of high-efficiency and energy-saving direct drinking water equipment significantly reduces overall investment and operational costs, proving more economical than bottled water. Based on office layout, the equipment installation locations can be rationally planned to minimize user movement and avoid impacting office efficiency. Each terminal is equipped with multi-stage filtration and UV sterilization to ensure compliant water quality. A maintenance log is established to record each service and filter replacement, with regular water quality sampling and testing to ensure drinking water safety. Additionally, the system incorporates a wastewater collection and reuse system to ensure no water is wasted.

In campus application scenarios, it adopts multi-layer filtration processes including pretreatment, membrane treatment, and disinfection, producing fresh, sweet, and sterile direct drinking water. It supports multiple water purchase modes such as card swiping and QR code scanning, along with mobile self-service recharge for convenient water access by teachers and students. Compared to bottled water, it is more economical, hygienic, and convenient, effectively safeguarding health, reducing living costs, and enhancing campus satisfaction. The system adopts "online + offline" comprehensive operation and maintenance, with real-time cloud platform monitoring of water quality and equipment status, complemented by professional offline teams conducting regular inspections and timely consumable replacements to ensure safe and healthy drinking conditions.

In outdoor scenarios, it employs nine advanced processes including multi-media filtration, activated carbon, and RO for meticulous treatment and purification, ensuring water meets direct drinking standards. The outdoor drinking fountain features a spray design for direct consumption without cups. The integrated movable solar equipment room boasts an aesthetic appearance, simple installation, and minimal environmental impact. Wastewater is collected for secondary use such as irrigation, maximizing water conservation. The centralized water purification system allows terminal drinking water equipment to function without a power supply, offering easy installation and flexible placement. This equipment not only enhances the urban service image but also effectively reduces the use of plastic water bottles and disposable cups, contributing to environmental protection.