New Energy
Addressing the challenges of high volatility, highly corrosive environments, and dispersed equipment in photovoltaic power plants and wind farms, this system provides comprehensive protection for new energy power generation, energy storage, and grid connection through three core modules: intelligent monitoring, rapid protection, and energy efficiency optimization. This helps improve power generation reliability, equipment lifespan, and overall project profitability, achieving efficient and stable clean energy output.
Protect every kilowatt-hour of green energy and make stable returns clearly visible
When grid fluctuations directly impact power plant revenue and electrical faults lead to power generation losses, traditional protection solutions are no longer sufficient to meet the needs of renewable energy power plants. Our intelligent electrical solutions reduce unplanned outages by 85% through millisecond-level fault isolation, improve power generation utilization by 23% through intelligent regulation, and achieve predictive maintenance of the entire plant’s equipment health. We have provided reliable protection for over 900 photovoltaic and wind power projects worldwide.
Adaptive power grid interaction capability
The system monitors grid frequency and voltage fluctuations in real time, intelligently adjusts the output curve of new energy sources, automatically achieves high/low voltage ride-through, meets the latest grid connection standards, and reduces power curtailment losses caused by grid adaptability by more than 45%.
Full life cycle asset health management
A millisecond-level monitoring network is established for key equipment such as photovoltaic strings, wind turbine converters, and energy storage batteries. AI algorithms are used to predict performance degradation trends, enabling precise maintenance planning and extending the effective lifespan of equipment by 35%.
Multi-energy synergistic optimization regulation
By integrating multiple power sources such as photovoltaics, wind power, and energy storage, and through intelligent power allocation and time-of-use optimization, smooth output and peak-valley arbitrage are achieved, thereby improving the overall profitability of the power plant. The annualized rate of return for typical projects can be increased by 10-18%.
Photovoltaic power generation
Intelligent protection and energy efficiency optimization system for photovoltaic power plants
This system enables intelligent monitoring and precise fault location at the photovoltaic string level, improving power generation efficiency by 15% and reducing operation and maintenance costs by 30% through intelligent cleaning and early warning and inverter health management.
- Fault location accuracy >98%, diagnosis time <3 minutes
- Increase power generation by 10%
- Inverter health management extends equipment lifespan by 25%.
Wind power generation
Predictive Maintenance Platform for Key Equipment in Wind Farms
Real-time status monitoring and trend analysis of core components such as wind turbine converters and gearboxes can provide early warning of potential faults up to 30 days in advance, reducing unplanned downtime by 40% and increasing power generation availability to 99.2%.
- Accuracy rate of critical component failure prediction >92%
- Major component replacement frequency <30%
- Annual maintenance costs per wind turbine reduced by 25%
Energy storage
Energy Storage System Safety Management and Revenue Optimization Platform
By implementing battery cluster-level equalization management and thermal runaway early warning, the system’s available capacity can be increased by 8%. Combined with intelligent peak-valley scheduling strategies, the investment payback period for energy storage projects can be shortened by 1.5 years.
- Thermal runaway early warning rate > 4 hours
- Battery consistency management extends cycle life by 30%
- Intelligent scheduling strategies increase arbitrage profits by 20%.