Leveraging the Innovation of Power Electronics to Slash the System Costs
Lower System Costs
Through breakthroughs in power electronics innovation, the AC voltage is upgraded to 1000V, the DC
withstanding voltage is increased to 1600V, and the optimal size of PV array is expanded from 3.3 MW
to 5.5 MW
0.3-0.6 ¢/Wp
BOS Savings [2]
Higher Energy Yield
Long strings + enhanced voltage tolerance + full load MPPT voltage range,
enables earlier-start-later-shutdown of system for high efficiency, significantly increasing power
yields
Grid Forming
Leading Grid-forming (GFM) Technology Innovation,Extending from GFM ESS to GFM PV & ESS
Dual-stage Architecture
Leading the industry in five core grid connection indicators, constant active power output within full
MPPT voltage range, to ensure grid stability
Industry's First Grid-forming String Inverter
Effectively suppresses transient grid fluctuations, enhances anti-interference capability, and increases
the short circuit ratio to enhance solar energy transmisssion
Innovative Closed-loop Control of Array Power in Milliseconds
Innovative MBUS 3.0 dual-channel power line communication technology and low-voltage CT direct
sampling solution, enables faster and more reliable power dispatching
智能营维
首创FusionSolar Agent光储智能体, 打造“自动驾驶”数字化电站
智能建设
领先的智能工程监管,高质量、高效率建设电站, 减少40%质量问题。[2]
智能运维
创新 “智能驾驶舱” ,AI融入运维全流程,端到端提升运维消缺效率50%。[2]
智能运营
超强AI光功率预测,基于AI大模型的功率预测方案,功率预测精度提升3%~5%。[2]
Safe & Reliable
Building High Safety and Reliability throughout the Lifecycle
Upgraded Smart Triple DC Safety Protection
Smart String Level Disconnection 2.0(SSLD2.0)
Smart Auto-locking Function Prevents Fault Spread Caused by
Manual Mis-operation, Protecting System & Personnel Safety
Smart Connector-Level Detection (SCLD)
PV Connector On-board Design, Triggering An Alarm or
Shutdown when Detecting Connector Temperatures is Abnormal to Prevent Fault Spread
MPPT-level Insulation Diagnosis
Fault Locating from Inverter Level to MPPT Level, Efficiency
Enhanced by 6 Times, Enabling Rapid Resolution of Safety Issues, Reducing O&M Costs
Smart String Level Disconnection 2.0
(SSLD2.0)
Smart
Connector-LevelDetection (SCLD)
MPPT-level Insulation Diagnosis
Innovative Heat Dissipation Architecture and Smart Fan Algorithm, No Fear of Harsh Environments
Innovative Heat Dissipation Architecture
Innovative Smart Hybrid Cooling System + Staggered Air Duct Design, Improving Cooling
Efficiency by 30%
Smart Anti-icing Fan
Stable Operation in Extreme Cold Environments, Safeguard Revenue
Smart Self-cleaning Fan
Self-cleaning Prevents Dust Accumulation, Enhancing Inverter Reliability , Reducing the
O&M Cost and Preventing Yield Loss