Sigenergy’s utility solution is designed to maximize project value across diverse site and grid conditions. Focused on LCOE optimization, system reliability, and intelligent O&M, it enables stable operation, lower system costs, and stronger long-term returns across the entire project lifecycle.
Driven by a system-level design objective, Sigen PV Inverters are designed to break through traditional inverter power limits while enabling system-level AC and DC voltage upgrades.
By combining a true string inverter architecture with an advanced multi-MPPT design, the solution addresses PV string mismatch challenges. The design unlocks higher energy yield and significantly reduces the initial capital cost of utility-scale PV systems.
1650 V
Max. DC Input Voltage
1000 V
AC Output Voltage
500 kW+
Max. Output Power
Max. DC Input Voltage
PV modules per string
Strings per inverter
Max. Output Power
AC Output Voltage
With larger block architecture, BOS costs are further reduced.
For a 100 MW plant, a 5 MW+ block can reduce BOS by 47.9% compared with a 3 MW+ block configuration.*
Sigen PV 500H1 MPPTs
PV Strings per MPPT
Withstand
Mismatched orientation
Withstand
Inter-row shading
Withstand
Edge shading
*The data is based on controlled simulation conditions. Actual results may vary due to differences in products, software versions, usage conditions, and environmental factors. Please refer to actual conditions.
Developed with leading power device manufacturers,
the design optimizes module layout and thermal management.
Compared with conventional Si modules,
junction temperature is reduced by 5–10°C, while voltage capability reaches 2000 V+.
Directed airflow,
Eliminating internal airflow interference
Zigzag heat exchange, lower chamber temperature
Comprehensive DC-side fault monitoring and protection build a multi-layer active safety system. With rapid detection and response, electrical fault risks are minimized to enhance overall plant safety and reliability.
Designed for extreme environments including outside, salt spray, and sandstorms, the system delivers superior environmental resilience and stable performance, ensuring long-term reliable operation of large-scale solar plants.
The system features a fault detection range extending up to 500 m, capable of covering both long and short string configurations to accommodate photovoltaic power station designs of varying scales. Upon detecting an arc fault, the system rapid identification and disconnection, effectively suppressing sustained arc combustion and mitigating fire hazards.* AFCI is optional.
Dual-compartment design with superior dustproof and waterproof capabilities, ensuring stable operation in complex and harsh outdoor environments such as wind, sand, rain and snow.
Through intelligent monitoring, data analysis and remote diagnostic capabilities, precise equipment condition assessment and rapid fault identification are achieved, enhancing operational response efficiency and issue resolution speed.
With data-driven management at its core, power plants achieve more efficient and refined operational management, continuously improving operational efficiency and long-term power generation revenue.
A positioning map is available in the mySigen App with registered inverter details, enabling rapid localization of inverters.
Accurate positioning, avoid unnecessary detours.
A positioning map is available in the mySigen App with registered inverter details, enabling rapid localization of inverters.
Accurate positioning, avoid unnecessary detours.
mySigen App integrates proximity check-in functionality, enabling in-range verification within 3-5 metres of inverters to enhance personnel assessment management efficiency.
Precision management, efficiency maintained.
Max. DC input voltage
1500 V
Number of MPP. trackers
18 / 14 / 14
Number of PV strings per MPPT
2
Max. input current per MPPT
40 A
Nominal output active power*
460 / 360 / 333 kW
Nominal output voltage
1000 / 800 / 800 Vac
Max. efficiency
99.1% / 99.0% / 99.0%
Dimensions (W / H / D)
1080 / 875 / 409 mm
Ingress protection rating
IP66
*The ambient temperature is 40℃.
No documents available.
