1000KVA 35KV dry-type transformer Renewable Energy

1000 kVA, 35 kV dry-type transformer in the SC (B) 14 Type Dry Power Transformer series. Listed for renewable-energy project applications. Confirm capacity, voltage ratio, winding and insulation materials, tap arrangement, losses, impedance, frequency, environmental conditions, testing and applicable standards against the project specification before ordering.

Manufacturer-supplied product information: Jiangsu Huayu Electric Co., Ltd.

Product Details

 

1000KVA 35KV Dry-Type Transformer: Dedicated Power Supply Equipment for New Energy Scenarios

 

Currently, in the field of power supply for new energy photovoltaic, wind power, and Energy Storage power stations, traditional power supply equipment suffers from industry pain points such as poor fire resistance, weak environmental adaptability, and high operation and maintenance costs. Many new energy projects often face challenges in equipment selection due to site constraints, strict environmental acceptance requirements, and low equipment compatibility. To address these industry challenges and procurement pain points, we have launched a 1000KVA 35KV Dry-Type Transformer, specifically designed for renewable energy power generation scenarios, adaptable to the transformation and transmission needs of various new energy power stations. This equipment can be perfectly integrated with oil-immersed transformers, box-type substations, and other power equipment to complete grid-connected power supply. It can also work in conjunction with High And Low Voltage Switchgear and electric power converters, and is compatible with Combined Photovoltaic Substations. It effectively solves core problems in new energy power generation, such as voltage conversion, power stabilization, and grid connection and transmission, significantly improving the stability and security of power supply in new energy power plants, reducing long-term operation and maintenance costs, and is suitable for various complex operating conditions, including outdoor, factory, and centralized power plants.

 

This 1000KVA 35KV dry-type transformer is a core transformer device in new energy power systems, mainly used in renewable energy projects such as photovoltaic power generation, wind power generation, and energy storage power stations. It plays a crucial role in high-voltage power conversion, grid stabilization, and power transmission. Compared to traditional transformer equipment, this product abandons oil-based insulation design and adopts epoxy resin casting technology, eliminating oil leakage and fire hazards, making it environmentally friendly and pollution-free, aligning with the green and low-carbon construction concept of new energy projects. The equipment boasts a compact overall structure and convenient installation, aligning with the trend towards lightweight and integrated construction in new energy power plants. It effectively matches the intermittent and fluctuating power supply characteristics of new energy generation, ensuring stable power output and providing core support for the safe and stable operation of the entire power system.

 

Core Product Features

1. Safe and Environmentally Friendly, Adaptable to New Energy Scenarios: The equipment adopts a dry-insulation structure, completely eliminating the risks of oil leakage and explosion commonly found in oil-immersed transformers. It contains no oily media, has zero pollutant emissions, and fully meets the stringent environmental and safety acceptance standards for new energy power plants. It can be installed close to personnel working areas.

2. Strong Adaptability and Flexible Networking: It can be flexibly matched with various high and low voltage power equipment such as Box Type Substations and High and Low Voltage Switchgears, adapting to the voltage regulation and conversion needs of Electric Power Converters. It is also compatible with various Combined Photovoltaic Substations, meeting the networking needs of most small and medium-sized new energy power generation projects.

 

Usage Tips

1. The equipment should be installed in a well-ventilated, dry location free of corrosive gases. Sufficient space should be provided for heat dissipation. Avoid prolonged exposure to direct sunlight and water accumulation to effectively extend the equipment’s lifespan and ensure stable transformer efficiency.

2. Daily maintenance requires minimal complexity. Only periodic cleaning of the equipment surface and checking the tightness of the wiring terminals are necessary. Compared to oil-immersed equipment, this significantly reduces maintenance manpower and time costs.

 

Frequently Asked Questions (FAQ)

Q1: Is this 35KV dry-type transformer suitable for long-term use in outdoor renewable energy power plants?

A1: Yes. The equipment adopts a high-strength insulation protection structure, possessing excellent moisture-proof, dust-proof, and anti-aging properties. It is suitable for the complex environment of outdoor photovoltaic and wind power plants, allowing for long-term stable operation without frequent parts replacement.

 

Q2: Can the equipment be networked with existing high and low voltage Power Distribution Equipment?

A2: Fully compatible. The product parameters are compatible with industry-standard power systems, allowing seamless integration with high and low voltage switchgear, electric power converters, and other equipment. It is also compatible with standard renewable energy power plant grid solutions, offering low-cost retrofitting.

 

Q3: What after-sales maintenance services are included?

A3: We provide a complete warranty service, including factory quality assurance, technical installation guidance, remote troubleshooting, and lifetime technical consultation. We also offer paid on-site inspection and maintenance services to comprehensively address customer concerns about post-use.

 

Q4: Compared to oil-immersed transformers, what are the advantages of this product in renewable energy scenarios?

A4: Compared to traditional oil-immersed transformers, this dry-type transformer has no oil leakage, no safety hazards, and is more environmentally friendly. It is simple to operate and maintain, meeting the core requirements of safety, environmental protection, and low maintenance in renewable energy projects, and is more in line with the construction standards of renewable energy power plants.