Hydraulic Elevator Dam

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  • Hydraulic Dam
  • Hydraulic Dam
  • Hydraulic Dam
  • Hydraulic Dam
  • Hydraulic Dam
  • Hydraulic Dam

Hydraulic Dam

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Hydraulic Dam: The Smart Choice for Modern Water Management  
As a revolutionary adjustable overflow dam, the hydraulic dam leverages hydraulic systems to control dam lifting and lowering, enabling precise regulation of water level and flow . Unlike traditional fixed dams, it combines flexibility, durability, and eco-friendliness, making it the preferred solution for diverse scenarios including urban flood control, agricultural irrigation, hydropower generation, and landscape construction .
Our hydraulic steel dam features a seamless steel panel design (Q355ND weather-resistant steel) that eliminates middle support piers, ensuring unobstructed flood discharge and navigation . With 5-15 minutes fast response time, 30-50 years lifespan, and minimal maintenance requirements, it delivers long-term value for both small rural projects and large urban water management systems .


Product Description

1. Core Structure & Working Principle

The hydraulic dam consists of three key components:

Steel Dam Body: Welded with high-strength steel plates, featuring anti-corrosion coating and cathode protection for extreme durability against water impact and sediment wear .

Hydraulic Drive System: Includes hydraulic cylinders and pump stations with imported high-pressure components, supporting single or multi-panel linkage control for smooth operation .

Embedded Parts: Customized according to riverbed terrain, ensuring tight fit with the dam body to minimize leakage (10x lower than traditional gates) .

Working Mechanism: Hydraulic cylinders drive the dam body to adjust tilt angle, realizing water storage (closed state) or flood discharge (fully laid flat on riverbed) .

2. Key Advantages

Advantage

   

Details

   

Precise & Flexible

   

Adjustable water height for irrigation, power generation, and navigation; adapts to 5-8m water head .

   

Fast Emergency Response

   

5-15min full opening/closing to handle sudden floods .

   

Eco-Friendly

   

Laid flat on riverbed when open, allowing fish migration and maintaining ecological connectivity .

   

Cost-Effective

   

1/10 cost of air-shield dams; self-flushing sediment reduces manual cleaning fees .

   

Landscape Integration

   

Customizable arc/linear design with LED lighting for night water features .

   

3. Application Scenarios

Urban Water Management: Flood control (reduces waterlogging) and landscape water features (e.g., city rivers, wetland parks) .

Agriculture: Precise irrigation water supply for large farms, saving 30% water consumption .

Hydropower: Optimizes water flow speed to increase power generation efficiency by 15-20% .

Rural & Ecological Projects: Supports rural revitalization with integrated water storage, flood control, and tourism landscape functions .

4. Technical Specifications

Parameter

   

Range

   

Single Panel Width

   

Up to 50m (combinable for km-level rivers) .

   

Dam Height

   

1.5m-3.5m (standard); customizable .

   

Lifespan

   

30-50 years .

   

Operating Temperature

   

-20°C to 60°C

   

Certifications

   

ISO9001, 3A Credit Enterprise .

   

5. Project Cases

Ninghai Huailu River Flood Control Project: Deployed 12-panel hydraulic dam to withstand 7m water head, zero flooding in 2024汛期 .

Anhui Agricultural Irrigation Project: Reduced irrigation water waste by 35% for 2000-acre farmland .

Urban Landscape River (Wuhan): Arc-shaped hydraulic dam creates 5km continuous water surface with LED night views .