The Challenge: Mastering Snow Loads Safely
In alpine and high-snow regions, extreme snow loads place special demands
on PV systems:
- Mechanical Load: Snow loads of up to 5,400 Pa require robust modules and mounting systems
- Safety: Compliance with regional building regulations and standards
- Durability: Resistance to hail, wind, and extreme temperature fluctuations
- Monitoring: Early detection of critical load scenarios
Comprehensive system – perfectly integrated
The CSS-OD combines:
- 102.4 kWh LFP battery cabinet, of which 97.28 kWh is usable
- 50 kW battery inverter (PCS050)
- SolarEdge ONE controller for intelligent energy management
All components are optimally matched to each other – no compatibility issues, no mixed manufacturer systems.
Powerful & flexibly scalable
- 1 × 50 kW inverter: up to 102.4 kWh storage
- 2 × 50 kW inverters: up to 204.8 kWh
- Parallel connection enables up to 1 MWh total capacity
This makes the CSS-OD ideal for:
- Commercial enterprises
- Trade & logistics
- Industrial plants
- Charging infrastructure
- Microgrids
Maximum safety standards
SolarEdge integrates multiple redundant safety mechanisms:
- Early fire detection
- Dual fire extinguishing
- Flood, door and temperature sensors
- Short circuit and ground fault detection
- AC and DC surge protection
The system complies with current international certifications and is suitable for indoor and outdoor installation (IP54/65).
Made for commercial use
- Air-conditioned battery cabinets (HVAC integrated)
- LFP cell chemistry for maximum service life and thermal stability
- Corrosion protection according to C4 classification
- Operation from –20°C to +45°C
Perfect for roof areas, outdoor areas, technical rooms and industrial facilities.
Intelligent energy management (SolarEdge ONE)
The SolarEdge ONE controller offers:
- Automatic optimisation for
✔ Peak shaving
✔ Self-consumption
✔ Tariff optimisation - Real-time monitoring
- Error analysis & proactive alerts
- Easy integration into existing SolarEdge PV systems
This means that installed systems run more efficiently – and you reduce service calls.