Kostal PIKO MP Plus 3.6 2MPPT
Výrobca
Kostal
Kód výrobcu
PIKO MP Plus 3.6
Dostępne sztuk
11
Gwarancja
2
Výkon [kW]
3.6
Hmotnosť (kg)
14.0
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Odoslanie príjemcovi do:
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Výrobca
Kostal
Kód výrobcu
PIKO MP Plus 3.6
Dostępne sztuk
11
Gwarancja
2
Výkon [kW]
3.6
Hmotnosť (kg)
14.0
Počet fáz
1-fazowy
Počet MPPT
2
The Kostal PIKO MP Plus 3.6 2MPPT represents a sophisticated single-phase solar inverter that combines outstanding performance with smart energy management capabilities. This 3.6 kW inverter stands out in the renewable energy market with its dual MPP tracking system and exceptional efficiency ratings.
- High Performance Specifications: Delivers up to 3.6 kW power output with a maximum PV power capacity of 4.5 kWp
- Superior Efficiency: Achieves 97.0% maximum efficiency and 96.3% European efficiency
- Dual MPP Tracking: Features 2 independent MPP trackers with 15A maximum input current per DC input
- Flexible Voltage Range: Wide input voltage range of 75-750V with MPP working range of 75-600V
- Advanced Battery Integration: Compatible with BYD Battery-Box Premium HVS/HVM systems
- Comprehensive Protection: IP65 rated enclosure for maximum durability and weather resistance
- Smart Monitoring: Built-in webserver interface and KOSTAL Solar Portal connectivity
- Versatile Communication: Equipped with LAN (RJ45) and dual COM ports for enhanced connectivity
- Intelligent Features: Includes dynamic active power control and integrated shadow management
- Temperature Resilient: Operates effectively in ambient temperatures from -25°C to 60°C
- Noise Optimization: Ultra-quiet operation with just 31 dBA maximum noise emission
- Professional Support: Backed by KOSTAL's 5-year Smart Warranty
The Kostal PIKO MP Plus 3.6 2MPPT emerges as an ideal solution for both residential and small commercial solar installations, offering a perfect balance of performance, reliability, and smart functionality. Its comprehensive feature set, combined with robust safety measures and flexible installation options, makes it a compelling choice for modern solar power systems seeking optimal energy harvest and management capabilities.