Rooftop PV Plants
▸ Manages grid connection for residential/commercial systems with anti-backfeed and anti-islanding protection.
▸ Supports 10kW–1MW capacity with bidirectional metering.
PV Carports & BIPV
▸ Handles irregular power generation for building-integrated solar.

Array-Level Control
▸ Deployed per 1–2MW array for local reactive power compensation (SVG) and voltage regulation.
▸ Compatible with 1500V DC input and IEEE 1547 standards.
Skid-Mounted Substations
▸ Pre-integrated with transformers and switchgear for plug-and-play deployment.

DC-Coupled Systems
▸ Coordinates PV inverters and battery PCS to minimize conversion losses.
▸ Example: Tesla Powerpack’s integrated cabinet design.
VPP Participation
▸ Uses IEC 61850 for demand response (e.g., peak shaving).

Offshore Floating PV
▸ IP66 corrosion-proof enclosure with dehumidification.
High-Altitude Plants
▸ Pressure-balanced design for insulation stability (e.g., Tibet, Andes).

Specification:

Configuration	Dimensions (W×H×D mm)	Capacity Range	Typical Applications
Compact Type	800×2000×600	≤500kW	Rooftop PV, small commercial
Standard Type	1000×2200×800	500kW-1MW	Industrial plants, medium PV farms
Large Capacity	1200×2400×1000	1MW-2MW	Utility-scale solar farms

Custom Provide:

① Total DC input capacity

② Number of protection devices

③ Ambient temperature range

④ Cable entry requirements

Material:
Aluminum alloy, stainless steel, carbon steel

IP Rating:

IP54/IP55/IP65/IP66/IP67

Suggestion:

1. Define Key Requirements

Must specify: System capacity (kW), mounting type (floor/wall), protection rating (IP54/IP65).

2. Key Customization Options

✓ Width: +200mm for every 10 additional string inputs

✓ Depth: +300mm for energy storage versions (PCS space reserved)

✓ Optional:Top dust cover (for sandy areas),Elevated base frame (for flood-prone zones)

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