merXu Protected Payments
Забезпечте свій платіж до моменту доставки.
Пропозиція від постачальника:
Країна відправлення:
Країни призначення:
Доступність:
Час відправлення:
Способи оплати, рекомендовані merXu:
Альтернативні способи оплати:
Виробник
Sungrow
Код виробника
SH20T
Dostępne sztuk
8
Потужність [кВт]
20
Вага (кг)
40
Кількість фаз
3-fazowy
Кількість MPPT
3
The Sungrow SH20T is a powerful and versatile hybrid inverter designed for residential and commercial solar energy systems. This high-performance device seamlessly integrates solar power generation, battery storage, and grid connectivity, offering an all-in-one solution for efficient energy management.
- Impressive 40000 Wp recommended max. PV input power for optimal solar energy harvesting
- Wide MPPT operating voltage range of 150 V - 950 V ensures flexibility in system design
- Two independent MPPT trackers for enhanced efficiency in diverse solar panel configurations
- Compatible with Li-ion batteries, supporting a voltage range of 100 V - 700 V
- High charge/discharge capabilities with max power of 30000 W / 20000 W respectively
- Rated AC output power of 20000 W suitable for substantial energy demands
- Supports three-phase grid connections with various voltage options
- Low harmonic distortion (THD < 3%) for cleaner power output
- Impressive backup power capabilities in both on-grid (43000 W) and off-grid (20000 W) modes
- Fast backup switch time of < 10 ms ensures seamless transition during power outages
- IP65-rated protection for outdoor installation resilience
- Wide operating temperature range from -25°C to 60°C for diverse climates
- Multiple communication options including RS485, WLAN, Ethernet, and CAN for easy monitoring and control
- Compliance with numerous international standards ensuring safety and reliability
The Sungrow SH20T stands out as a robust and feature-rich hybrid inverter, perfectly suited for those seeking a comprehensive energy solution. Its high power capacity, flexible battery integration, and advanced grid support functions make it an ideal choice for both residential and small commercial applications aiming to maximize solar energy utilization and achieve greater energy independence.