35kV medium-voltage switchgear gas-insulated (GIS) Compact is a high-end compact power distribution equipment developed by Golden Horse Electric for urban power distribution scenarios. It adopts Sulfur Hexafluoride gas-insulated + fully enclosed metal-sealed structure, and integrates the functions of circuit breakers, disconnecting switches, grounding switches, and transformers, realizing high-density integration and miniaturized design of power distribution equipment.
The core of the product to create Compact compact advantage, significantly reducing the equipment footprint, a perfect solution to the urban substation, core business district power distribution room and other scenarios of space constraints; Gas-Insulated Gas Insulation Technology makes the equipment insulation performance is more excellent, stronger resistance to environmental interference, maintenance-free cycle; at the same time, the product strictly follow the EU environmental standards, no pollutant emissions, to adapt to the requirements of global green power construction. Green power construction requirements. The equipment is widely used in substations in city centers, power distribution in rail transportation, power distribution in commercial complexes and other scenes with limited space, which is in line with the global trend of application of compact power distribution equipment and the market demand continues to rise.
| Rated Voltage | 35kV (Medium Voltage Class) |
| Rated Current | 630A / 1250A / 1600A (Customizable) |
| Rated Frequency | 50Hz / 60Hz |
| Rated Short-circuit Breaking Current | 25kA / 31.5kA (Customizable) |
| Insulating Medium | Sulfur Hexafluoride (SF₆) / Environment-friendly Mixed Gas (Customizable) |
| Protection Degree | Enclosure IP67, Suitable for Outdoor / Indoor Installation |
| Operation Mode | Motorized Operation / Remote Intelligent Operation (Optional) |
| Applicable Environment | Indoor / Outdoor, -30℃ ~ +45℃, Altitude ≤ 3000m |
| Applicable Standards | IEC 62271-203, GB 7674, EU RoHS Environmental Standard |
| Core Features | Gas-Insulated Design, Compact Structure |
| Application Scenarios | Urban Substations, Rail Transit Power Distribution, Commercial Complex Power Distribution, Power Grid Upgrade in Core Urban Areas |
The core of the Gas-Insulated Switchgear (GIS) Compact is the Gas-Insulated technology and the Compact structure, which provides excellent insulation performance and a small footprint, making it an exclusive power distribution equipment for urban areas with tight space constraints.
It is mainly suitable for urban substations, power distribution of rail transportation, power distribution of commercial complexes, upgrading of power grids in core urban areas, and other power distribution scenarios with limited floor space.
Yes, the products strictly comply with EU RoHS and other environmental standards, and the insulating gas can be recycled without harmful emissions, which is suitable for overseas environmental protection power distribution market requirements.
The 35KV Gas Insulated Switchgear (GIS) Compact is more than 60% smaller than the traditional switchgear in terms of floor space, and the gas insulation makes it highly resistant to environmental interference and has a long maintenance-free cycle, making it more suitable for complex urban power distribution conditions.
Yes, we can customize the rated current and short-circuit breaking current according to the project requirements, and we can also customize the environmentally friendly hybrid insulating gas, which is suitable for the individual needs of different urban power distribution.
The 35KV Gas Insulated (GIS) Compact is a high density integrated design, which is easy to install and has a short construction period. The fully enclosed and sealed structure realizes a long maintenance-free period, which greatly reduces the difficulty and cost of operation and maintenance in urban power distribution scenarios.
Jinma Electric has a large-scale production base, standard models 18-25 days after the signing of the contract to complete the production testing and delivery; customized models according to the complexity of the parameters, the delivery cycle of 30-40 days, the whole process of follow-up to ensure delivery.
