Energy and Chemical Industry


The energy and chemical industries—including petroleum, petrochemicals, coal‑to‑chemicals, natural gas, and new‑energy chemicals—exhibit key characteristics such as high corrosivity, flammability and explosiveness, high dust levels, elevated voltages, heavy loads, continuous production, complex harmonic distortion, harsh operating environments, and stringent safety thresholds. Transformer solutions must be designed around eight critical dimensions: high reliability, intrinsic safety, energy efficiency and consumption reduction, resistance to severe environmental conditions, harmonic mitigation, intelligent operation and maintenance, explosion‑proof and corrosion‑resistant features, and emergency preparedness, covering all application scenarios—from primary power supply and distribution to process‑load systems, hazardous‑chemical areas, new‑energy integration, retrofits of aging infrastructure, and emergency backup power. Adhering rigorously to mandatory industry standards—including GB 50052 “Code for Design of Power Supply and Distribution Systems,” GB 50160 “Fire Protection Design Standard for Petrochemical Enterprises,” and NB/T 10393 “Minimum Energy Efficiency Limits and Energy Efficiency Classes for Power Transformers”—we deliver comprehensive, field‑proven solutions tailored to specific scenarios and performance requirements.
Energy and Chemical Industry

Core Principles for Selection


Media Selection

Media Selection

Priority: dry-type / explosion-proof for mining applications; oil-immersed type is intended solely for use in compliance‑specific oil chambers.

1. Core Area (Process Unit Area, Tank Farm, Hazardous Chemical Workshop) 2. Non-Core Area (Office, Logistics, Utility Facilities) 3. Explosion-Proof Scenarios
Energy efficiency standards

Energy efficiency standards

Amorphous alloy core transformer

Level‑1 energy efficiency is mandatorily compliant with GB 20052‑2020. Amorphous‑alloy core transformers (SCBH series) are the preferred choice for energy conservation, well suited to the year‑round continuous operation and low‑load fluctuation characteristics of chemical enterprises, thereby reducing life‑cycle energy consumption.
Environmental Adaptation

Environmental Adaptation

Corrosion-resistant, dustproof, moisture-proof, and high-temperature resistant—standard corrosion‑protective coating included.

Corrosion‑resistant, dust‑proof, moisture‑proof, and high‑temperature‑tolerant; standard corrosion‑protective coating (for outdoor models, IP54 or higher); sealed, dust‑tight design; moisture‑resistant insulating materials; H‑class insulation for high‑temperature resistance; suitable for coastal salt‑fog environments, chemical acid–alkali corrosion, and high‑temperature, high‑dust conditions.
Media Selection

Media Selection

Priority: dry-type / explosion-proof for mining applications; oil-immersed type is intended solely for use in compliance‑specific oil chambers.

1. Core Area (Process Unit Area, Tank Farm, Hazardous Chemical Workshop) 2. Non-Core Area (Office, Logistics, Utility Facilities) 3. Explosion-Proof Scenarios

Specialized Supporting Solutions


Specialized Anti-Corrosion and Dust-Proof Plan

Core Pain Points in the Chemical Industry

The transformer core, windings, and enclosure are coated with a heavy-duty epoxy resin finish, offering resistance to acids, alkalis, and salt‑spray corrosion, making it suitable for coastal chemical and coal‑chemical plant sites...

Surface treatment

Sealed design

Ventilation Optimization

Specialized Plan for Harmonics and Power Quality

Chemical heavy-load core

Select K20 harmonic‑tolerant transformers to reduce harmonic‑induced temperature rise...

Source control

End-of-pipe treatment

Compensation Plan

Specialized Anti-Corrosion and Dust-Proof Plan

Core Pain Points in the Chemical Industry

The transformer core, windings, and enclosure are coated with a heavy-duty epoxy resin finish, offering resistance to acids, alkalis, and salt‑spray corrosion, making it suitable for coastal chemical and coal‑chemical plant sites...

Surface treatment

Sealed design

Ventilation Optimization

Related products


110kV oil-immersed transformer

Applicable to power plants, substations, distribution stations, and various industrial sectors.

KYN28 Series High-Voltage Switchgear

Applicable to power plants, substations (distribution rooms), and various sectors including industry, commerce, and construction.

KYN61 Series High-Voltage Switchgear

Suitable for power plants, substations, and industrial and mining enterprises, among other sectors.

GCS Low-Voltage Drawout Switchgear

Applicable to power plants, substations (distribution rooms), and various sectors including industry, commerce, and construction.

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110kV oil-immersed transformer

Applicable to power plants, substations, distribution stations, and various industrial sectors.

KYN28 Series High-Voltage Switchgear

Applicable to power plants, substations (distribution rooms), and various sectors including industry, commerce, and construction.

KYN61 Series High-Voltage Switchgear

Suitable for power plants, substations, and industrial and mining enterprises, among other sectors.

GCS Low-Voltage Drawout Switchgear

Applicable to power plants, substations (distribution rooms), and various sectors including industry, commerce, and construction.

GGD Low-Voltage Fixed Switchgear Cabinet

Applicable to power plants, substations (distribution rooms), and various sectors including industry, commerce, and construction.

110kV oil-immersed transformer

Applicable to power plants, substations, distribution stations, and various industrial sectors.

KYN28 Series High-Voltage Switchgear

Applicable to power plants, substations (distribution rooms), and various sectors including industry, commerce, and construction.

KYN61 Series High-Voltage Switchgear

Suitable for power plants, substations, and industrial and mining enterprises, among other sectors.

GCS Low-Voltage Drawout Switchgear

Applicable to power plants, substations (distribution rooms), and various sectors including industry, commerce, and construction.

GGD Low-Voltage Fixed Switchgear Cabinet

Applicable to power plants, substations (distribution rooms), and various sectors including industry, commerce, and construction.

Typical Cases


Energy and Chemical Production Supporting Power Supply Project of a Certain Silicon Alloy Limited Liability Company in Sichuan Province

The power supply project supporting energy‑chemical production at a silicon alloy limited liability company in Sichuan is being supplied with customized power transformers by Shaanxi Hante Smart Power Equipment Co., Ltd. The core equipment consists of one S22‑63000/115‑10.5 kV oil‑immersed, double‑winding, no‑load tap‑changing three‑phase power transformer, designed to meet the high‑energy‑consumption load requirements of silicon alloy and other chemical manufacturing processes. Delivery is scheduled within 40 days of the contract’s effective date, ensuring continuous and stable power supply to the energy‑chemical production lines.
Cooperation

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