Ground Mounting Hybrid Wind Solar System with Net Metering IP66 Protection and Lifepo4 Battery for Large Scale Energy Solutions

A wind-solar hybrid system represents an advanced energy solution that intelligently merges wind power generation with solar photovoltaic (PV) technology. This integration creates a cohesive system designed to harness the advantages of both renewable energy sources efficiently.

The fundamental benefit of this system lies in its complementary nature - it leverages one energy source to offset the shortcomings of the other. By combining wind and solar power, the hybrid system can deliver a stable energy supply throughout nearly every day of the year in many locations, addressing the intermittent issues typically associated with relying on a single source.

In effect, the wind-solar hybrid operates much like a backup mechanism for electricity production. During bright, sunny conditions, the solar PV panels primarily generate power, while at night or on cloudy, windy days, the wind turbines take over the role. This dynamic switching significantly enhances the overall reliability and consistency of power generation.

• Enhanced Stability: Integration of wind and solar energy sources results in significantly higher stability in power supply. Research indicates a hybrid system can decrease power fluctuation amplitude by 15%, reduce fluctuation rate by 63%, and lower intermittency by 70% compared to wind power alone.
• Strong Environmental Adaptability: Suitable for remote and challenging locations including mountainous regions, islands, plateaus, and deserts where conventional grid connections may be unavailable.
• Economic & Environmental Advantages: Beyond direct energy cost savings and emission reductions, delivers substantial financial benefits through sustained operation. Example projects demonstrate significant coal savings and CO₂ emission reductions annually.

• Wind Turbine: Captures wind energy and transforms it into electricity, operating continuously to provide essential power during nighttime or adverse weather conditions.
• Solar PV Array: Multiple solar panels working together to convert sunlight into electrical energy throughout daylight hours.
• Intelligent Controller: Acts as the system's brain, efficiently managing distribution of wind and solar energy while controlling battery charging and discharging processes.
• Battery Bank: Functions as the system's storage facility, storing surplus electricity to ensure continuous supply when energy from both sources is insufficient.
• Inverter: Converts DC electricity stored in batteries into AC electricity suitable for household appliances and industrial equipment.

• Initial Investment: High upfront costs for purchasing and installing components remain a significant consideration for adoption.
• Resource Dependence: System efficiency and output are directly influenced by local environmental conditions including wind availability and sunlight intensity.
• Technical Challenges: Ongoing development in component reliability, lifespan, and advanced control systems presents technical considerations.
• Land Requirements: Considerable area needed for deployment can lead to conflicts with existing land uses such as agriculture and urban expansion.

Work Modes: On Grid Mode, Off Grid Mode, and Hybrid Mode

Power Output Range: 5 KW to 5000 KW

Mounting: Ground mounting techniques for stability and durability

Battery Options: Lifepo4 and Lead Acid Gel Battery types

Certifications: CE, IEC, and UL certified

Packaging: Foam and plywood cases for safe delivery

Payment Terms: T/T, Western Union, MoneyGram, and L/C

Minimum Order: 1 set

Delivery Time: 25 working days

Pricing: Negotiable based on customization requirements