Integrated Fire Pump Station for 100MW PV Plant

Project Profile

• Location: Chizhou · China
• Application: 100MW Utility-Scale Photovoltaic Power Station (30 PV Units, 110kV Substation)
• Footprint: 20MW / 40MWh Integrated BESS
• Core Solution: Ground-Mounted Integrated Fire Pump Station (Prefabricated)

“To safeguard critical infrastructure within this 100MW solar farm and its 110kV booster substation, LeAqua delivered a highly reliable, space-efficient fire protection solution engineered for continuous renewable energy operations.”

The Challenge

Conventional fire protection infrastructures pose significant hurdles for modern utility-scale solar farms due to dense electrical asset distribution:

• Severe Space Constraints: Limited available land within the 110kV photovoltaic booster station.
• Installation Bottlenecks: Traditional field-constructed tank and pump systems suffer from low installation efficiency and high civil engineering overheads..
• Environmental & Compliance Compliance: The system must deliver rapid emergency response while aligning with the strict low-noise and eco-friendly standards of green energy infrastructure.

Our Solution: Prefabricated Engineering & Automation

LeAqua deployed a ground-mounted Integrated Fire Pump Station, merging the water tank, high-capacity pumping system, and smart control equipment into a unified, prefabricated structure.

Space-Saving Prefabricated Hardware

• Ultra-Compact Footprint: The integrated configuration (18×8×3.15 m) reduces the required land footprint to one-quarter to one-third of traditional systems, fully overcoming booster station spatial limits.
• Optimized Engineering Specifications:
  • Total Pump Station Dimensions: 18 × 8 × 3.15 m
  • Dedicated Pump Room Layout: 4 × 8 × 3.15 m
  • Effective Storage Capacity: 303 m³
• Eco-Friendly Infrastructure: Features a closed-loop water circulation design and low-noise technology to eliminate water waste during routine testing and mitigate environmental impact.

Coordinated Intelligent Control

• Rapid Emergency Activation: Employs intelligent automatic control architecture, slashing emergency response times by approximately 60% for highly effective early-stage fire suppression.
• Continuous Autonomous Safety: Simplifies long-term O&M through automated self-testing, ensuring constant system readiness without intensive manual maintenance.

Measured Project Outcomes

The completed system delivers certified, sustainable, and reliable fire protection tailored for next-generation solar energy infrastructure:

• Full Compliance & Certification: Engineered strictly according to applicable fire water supply standards and nationally certified for rigorous fire protection product compliance.
• 60% Faster Response: Dramatically enhanced fire suppression velocity to protect high-value electrical assets.
• 70%+ Land Savings: Significantly reduced civil engineering footprints, freeing up land for core power generation assets.
• Eco-Optimization: Lowered operational water consumption and met acoustic limits via advanced low-noise engineering.