5m3 Solar Powered Sewage Treatment Plant MBR Clean Energy Sewage Treatment Systems

Brief Introduction
The high-quality solar integrated sewage treatment system is an integrated device that deeply integrates solar clean energy with sewage treatment technology. This system converts electrical energy through solar photovoltaic panels to provide power for pumps, aeration devices, control systems and other components in the sewage treatment process, achieving green operation throughout the entire process of sewage collection, treatment and reuse. The core lies in using solar energy, a renewable energy source, to replace traditional grid power supply, solving the sewage treatment problems in remote areas and regions without stable power supply, while reducing carbon emissions, which is in line with the concept of ecological and environmental protection. The system usually integrates a pretreatment unit, a biological treatment unit (such as anaerobic/aerobic processes), a sedimentation unit, a disinfection unit and an intelligent control system. It can be customized according to water quality requirements to achieve efficient purification of sewage.

Characteristics
1. Clean energy and energy efficiency
Solar-driven: Relying on photovoltaic panels to convert solar energy into electricity, it does not require an external power grid connection. The operation process consumes zero fossil energy, significantly reducing carbon emissions and aligning with the "dual carbon" goals.
Low energy consumption design: By integrating efficient aeration technology (such as micro-porous aeration), energy-saving water pumps and intelligent start-stop systems, energy loss is reduced. Compared with traditional sewage treatment equipment, energy consumption can be lowered by 30% to 50%.
2. Environmental adaptability and independence
Off-grid operation capability: It does not rely on municipal power and is particularly suitable for areas with insufficient grid coverage such as rural areas, islands, scenic spots, and temporary resettlement sites after disasters, solving the bottleneck problem of "sewage treatment only when there is electricity".
Climate stability resistance: Equipped with energy storage devices (such as lithium batteries), it can operate continuously on cloudy days and at night. Some systems adopt a complementary design of light and heat to enhance the processing efficiency in low-temperature environments.
3. Integration and convenience
Modular design: Integrating functions such as pretreatment, biochemical reaction, sedimentation, and disinfection into an integrated device, it occupies a small area (usually saving 40% of space compared to traditional processes), can be installed underground or above ground, and is suitable for different terrains.
Simple installation and operation and maintenance: The equipment is integrated and debugged before leaving the factory. On-site installation only requires connection of pipelines and photovoltaic systems, without the need for complex infrastructure construction. The intelligent control system can automatically monitor water quality and adjust operating parameters, reducing the cost of manual maintenance.
4. Efficient treatment and water quality guarantee
Multi-process synergy: By integrating MBR membrane bioreactor, AO (anaerobic-aerobic) process, biological filter and other technologies, the removal rate of COD, BOD, ammonia nitrogen, total phosphorus and other indicators can reach 85%-95%, and the effluent quality can meet the first-level A standard of the "Discharge Standard of Pollutants for Municipal Wastewater Treatment Plants" or the requirements for reuse.
Water quality stability: Through real-time monitoring and intelligent regulation, it ADAPTS to water quality fluctuations (such as domestic sewage, catering wastewater, and light industrial wastewater) to ensure the continuity of treatment effects.