Solar-Powered SBR Wastewater Treatment System with Energy Storage - Modular Design for Remote Areas 50-500 m³/day Capacity
Price:
USD2000-3000
MOQ:
1
Delivery Time:
7-15 Days
Brand:
ABG
Product Description
Solar-Powered SBR Wastewater Treatment System Overview
The Combined Solar Wastewater Treatment Plant (SBR) integrates solar energy technology with Sequencing Batch Reactor processing to create a modular, energy-efficient wastewater treatment solution. This system converts solar energy into electrical power to operate aeration, mixing, and drainage equipment, enabling low-carbon, sustainable sewage treatment operations.
Key System Features
Energy Self-Sufficiency
- Solar power generation reduces grid dependency and lowers operating costs
- Optional energy storage systems ensure continuous operation during cloudy days or nighttime
- Particularly effective in areas with power shortages or high electricity rates
Modular Design & Flexibility
- Highly integrated equipment allows flexible scaling according to treatment requirements
- Compact footprint with minimal terrain and site requirements
- Ideal for medium to small-scale applications including villages, scenic areas, and communities
Advanced Treatment Performance
- Efficient removal of organic matter (COD, BOD), nitrogen, and phosphorus
- Sequential SBR operation adapts to water quality fluctuations and shock loads
- Compliant effluent quality meeting regulatory standards
Environmental & Operational Benefits
- Zero fossil fuel consumption with reduced carbon emissions
- Automated control systems optimize parameters based on solar generation and water quality
- Minimized manual maintenance requirements
System Operating Principles
Solar Energy System
Photovoltaic panels convert sunlight to DC electricity, which is stored in batteries or converted to AC power via inverters. The control system manages power distribution priorities, ensuring critical equipment like aeration systems receive consistent power supply.
SBR Process Technology
The Sequencing Batch Reactor operates through four distinct phases: influent filling, biological reaction (aeration/mixing), sedimentation, and treated water discharge. This time-based sequencing allows flexible adjustment to varying treatment conditions.
Integrated System Operation
Solar power drives all SBR process equipment including aeration blowers, mixers, and drainage pumps. The control system dynamically optimizes SBR cycle timing based on available solar energy, balancing treatment efficiency with energy utilization.
Application Scenarios
This system is particularly suitable for remote rural areas, islands, highway service stations, and ecological parks where conventional power infrastructure is limited or environmental standards are stringent.
System Components
| Component Category | Key Equipment |
|---|---|
| Solar Power System | Photovoltaic panels, batteries, inverters, controllers, cables, power distribution units |
| SBR Treatment System | Aeration equipment, mixers, drainage pumps, control systems, reaction tanks |
System Summary
The combined solar wastewater treatment plant represents an innovative integration of renewable energy with advanced SBR processing. This sustainable solution combines the operational flexibility of SBR technology with the environmental benefits of solar power, providing efficient decentralized wastewater treatment with minimal carbon footprint.
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Company
Anhui Baolv Photoelectric Environmental Protection Equipment Co., Ltd.
Location
Dongcheng Science and Technology Industrial Park, No. 33, inyang South Road, Feidong County, Hefei City, Anhui Province
Contact Person
Wang