Claire
Mr.Fu
Claire
ZGS11-Z.T Integrated Photovoltaic Step-up Substation - China Suppliers & Factory for Reliable Power Solutions
Type Designation
| 1 | Pad-Mounted Transformer |
| 2 | Common Tank Type |
| 3 | Three-Phase |
| 4 | Performance Level 11/13 |
| 5 | PV Generation Terminal Type |
| 6 | Rated Capacity (kVA) |
| 7 | Rated Voltage (kV) |
Operating Conditions
Operating Altitude: ≤3000m
Temperature Range: -40°C to +45°C
Wind Resistance: ≤30m/s (outdoor installations)
Humidity Tolerance: ≤95% daily / ≤90% monthly average
Power Supply Requirements: Balanced 3-phase sinusoidal waveform
Installation Site: Must be free from explosive hazards, chemical corrosion, excessive vibration, and heavy pollution
For applications beyond these standard conditions, custom configurations are available upon consultation.
Product Display
Key Features
✔Wider operating range (-40°C/+45°C vs original -25°C/+50°C)
✔Higher altitude capability (3000m vs 1000m)
✔Added wind speed specification
✔Clarified power quality requirements
✔Maintained all safety restrictions
Technical Parameters
◤ Rated Voltage Class: 35kV and below 10kV
◤ Frequency: 50Hz ◤ Insulation Level (See table below)
| Rated Voltage (kV) | Maximum System Voltage (kV, rms) | Power Frequency Withstand Voltage (kV, rms/1min) | Lightning Impulse Withstand Voltage (kV, peak) |
| ≤1 | ≤1.1 | 5 | — |
| 10 | 12 | 35 | 75 |
| 35 | 40.5 | 85 | 200 |
External Layout Drawing
Foundation Installation Drawing
Note: Final foundation dimensions subject to project-specific agreement with manufacturer.
Ordering Notice
Product operating site and special requirements:
1
Provide product ordering drawings, which should include wiring diagrams and indicate transformer capacity, main component model specifications, distribution branch circuits, and capacity.
2
When it is necessary to configure electric energy metering and reactive power automatic compensation devices, the requirements for the configuration of the metering meter and transformer should be provided, and the capacity of the compensation capacitor should be indicated.
3
Specify the requirements for surface treatment of the product.
Frequently Asked Questions
QWhat is the ZGS-ZT Photovoltaic In-Situ Booster Substation used for?
The ZGS-ZT is a pad-mounted, common tank type three-phase transformer designed specifically for photovoltaic (PV) power generation systems. It boosts the low-voltage DC/AC output from solar panels to medium-voltage grid levels for efficient power transmission and grid connection.
QWhat are the maximum operating altitude and temperature range for this transformer?
The ZGS-ZT can operate at altitudes up to 3000m and within a temperature range of -40°C to +45°C, making it suitable for diverse geographic and climatic environments including high-altitude solar farms.
QWhat voltage classes does the ZGS-ZT transformer support?
The ZGS-ZT supports rated voltage classes of 35kV and below 10kV, with insulation levels designed to withstand power frequency and lightning impulse voltages as specified in the technical parameters table.
QCan the ZGS-ZT be used in harsh or special environmental conditions?
The standard unit is designed for sites free from explosive hazards, chemical corrosion, excessive vibration, and heavy pollution. For applications requiring operation beyond standard conditions, custom configurations are available upon consultation with the manufacturer.
QWhat information is required when placing an order for the ZGS-ZT?
When ordering, customers should provide product ordering drawings including wiring diagrams, transformer capacity, main component model specifications, distribution branch circuits and capacity, requirements for electric energy metering and reactive power compensation devices, compensation capacitor capacity, and surface treatment specifications.
QWhat are the key improvements of the ZGS-ZT compared to previous models?
The ZGS-ZT offers a wider operating temperature range (-40°C to +45°C vs. -25°C to +50°C), higher altitude capability (3000m vs. 1000m), an added wind speed specification (≤30m/s), clarified power quality requirements for balanced 3-phase sinusoidal waveform, and maintained all original safety restrictions.