Product Categories

Direct Digital Control Cabinet

[15]

Low Voltage Electric Equipment

[1]

Photovoltaic Grid Connected Cabinet

[6]

Constant Temperature Humidity Control Cabinet

[5]

Custom Electrical Cabinet

[14]

Contact Now

Guangzhou Hengmeida Automation Technology Co., Ltd

Visit Website

City:guangzhou

Country/Region:china

Contact Person:MrsLueng

View Contact Details

Contact Now

China PV Photovoltaic Grid Connected Cabinet Anti Reverse Current Control Cabinet wholesale

PV Photovoltaic Grid Connected Cabinet Anti Reverse Current Control Cabinet

Ask Latest Price

Video Channel

Model Number :JN 1199811549

Certification :ISO9001，CE

Place of Origin :China

MOQ :2

Payment Terms :T/T,Western Union

Delivery Time :15 days

Packaging Details :wooden case packaging

Price :USD28-68889

Usage :Electrical Cabinet，PV Control panel

Thickness :1.5mm or more

Accessories :Hinges, Handles, Screws

Type :Cabinet

Features :Durable, Waterproof, Fireproof

Material :Metal

Structure :Single Door/ 2 doors/more

Shape :Rectangular

Installation :Wall Mounted，free standing

Surface Treatment :Powder Coating

Lock Type :Key Lock

Size :Customizable

Color :Grey or others

Contact Now

Add to Cart

View Product Description

PV Anti-reverse Current Control Cabinet Anti-islanding Protection

Product Describe:

1. Distributed PV systems (residential/commercial rooftops)

Core needs: Prevent excess PV power from flowing back to the grid (anti-reverse current) and, in case of sudden grid outages, stop the PV system from continuously supplying power to the local grid (anti-islanding) to ensure the safety of maintenance personnel.

2. Microgrids and off-grid systems

Core needs: In off-grid or weak grid environments, prevent PV and energy storage systems from forming "islanded operation" due to grid fluctuations, ensure stable power supply for local loads, and avoid over-discharging of energy storage batteries or waste of PV power (preventing reverse current to energy storage systems).

3. Grid-connected PV + energy storage projects (industrial/commercial/public buildings)

Core needs: When PV generation exceeds load demand, control surplus power to be prioritized for storage in batteries (instead of flowing back to the grid) to reduce impact on the grid; in case of grid failure, quickly disconnect from the grid (anti-islanding) and switch to energy storage power supply mode.

4. PV carports and BIPV (building-integrated photovoltaics)

Core needs: PV systems in these scenarios are often integrated with building loads, requiring anti-reverse current functions to restrict reverse power transmission to the grid and, during grid failures, prevent PV modules from forming islanded power supply to local circuits within the building.

Specification:

Application Scenario	Typical Dimensions (W×H×D mm)	Capacity Range
Small Commercial Rooftop	600×800×300	≤250kW
Standard Ground Power Plant	800×1200×400	250kW-1MW
1500V High-Voltage System	1000×1500×500	1MW-2MW

Custom Provide:

① Total DC input capacity

② Number of protection devices

③ Ambient temperature range

④ Cable entry requirements

Material:
Stainless steel, carbon steel

IP Rating:

IP54/IP55/IP65/IP66/IP67

Suggestion:

1. Key Customization Points

Capacity:
- Add +200mm width per 12 additional PV strings.
- For 1500V systems, increase depth by 100mm per 1MW.
Climate Adaptations:
- Desert: Anti-sand mesh (+100mm height).
- Coastal: Stainless steel enclosure (+5% size).
- Arctic: Double insulation (+150mm depth).

2. Smart Features (Optional)

Monitoring: +50mm height per IV curve scanner.
Safety: +100mm width for every 4 AFCI modules.

3. Cost-Saving Tips

✔ Use standard cable entry points (reduces custom machining).
✔ Opt for modular designs (easy future upgrades).

4. Critical Reminders

⚠ Max shipping width: 2500mm (oversized requires split design).
⚠ Wall-mounted limit: ≤80kg (else use floor-standing).

Inquiry Cart 0