Dedicated to Industrial City Power Grids: 10kV 1600kVA Amorphous Alloy Oil-Type Transformer, an Emission Reduction Solution

In modern industrial city power grids, stable and energy-efficient power transmission is essential to achieving carbon reduction and sustainable development goals. The 10kV 1600kVA Amorphous Alloy Oil-Type Transformer is specifically designed for 10kV distribution networks, offering significant emission reduction and energy-saving benefits through advanced amorphous alloy core technology. This solution provides reliable performance, high efficiency, and excellent long-term economic returns, making it an ideal choice for industrial power systems.

Core Design and Performance Advantages

The transformer adopts a 1600kVA rated capacity and an amorphous alloy iron core. Transformer losses are generally divided into two main types—no-load loss (iron loss) and load loss (copper loss). The key advantage of amorphous alloy technology lies in its ability to dramatically reduce no-load losses, which occur continuously throughout the year regardless of load levels.

1. Comparison of Core Materials
Traditional silicon steel sheet transformers use grain-oriented steel cores that suffer from higher magnetization resistance and eddy current losses. In contrast, amorphous alloy transformers use rapidly cooled amorphous metal ribbons with a disordered atomic structure. This structure allows easier magnetization and higher resistivity, effectively reducing eddy current and magnetic domain losses by up to 80% compared to conventional models.

2. Loss Reduction Results
Compared with S13 oil-immersed and SCB13 dry-type silicon steel transformers, SH15 and SH20 series amorphous alloy transformers achieve 60%–80% lower no-load losses, significantly improving energy efficiency and environmental performance.

Emission Reduction and Economic Benefits

1. Emission Reduction Advantages
Each kilowatt-hour of electricity saved reduces approximately 0.57 kg of CO₂ emissions. A single 1600kVA amorphous alloy transformer can save thousands to tens of thousands of kilowatt-hours per year, cutting several to dozens of tons of carbon dioxide emissions. Large-scale adoption across industrial power grids directly supports “dual carbon” (carbon peaking and neutrality) objectives and lowers pollutant emissions such as SO₂ and NOₓ from fossil fuel power generation.

2. Economic Benefits
By reducing no-load losses, power consumption costs decrease substantially. Depending on regional electricity prices, investment payback typically occurs within 3–6 years. Furthermore, many regions provide tax incentives, subsidies, or priority policies for adopting energy-efficient transformers, further enhancing the financial benefits.

3. Enhanced Grid Reliability
Amorphous alloy transformers have superior overload endurance and short-circuit resistance. Their oil-immersed design ensures excellent flame-retardant and explosion-proof performance, meeting stringent industrial reliability standards and guaranteeing long-term stability for city power grids.

Why Industrial City Grids Should Adopt Amorphous Alloy Transformers

High Load Density Adaptation: Industrial parks and factories typically operate under high loads or continuous conditions, amplifying the benefits of low-loss amorphous alloy cores.
Optimal Capacity Configuration: The 1600kVA rating is ideal for medium-sized factories, substations, and manufacturing clusters with consistent energy demand.
Long Service Life and Low Maintenance: Amorphous alloy materials maintain stable performance over decades, reducing equipment replacement frequency and contributing to long-term sustainability.

Implementation Recommendations

Equipment Replacement: Replace outdated, inefficient silicon steel transformers with new amorphous alloy oil-immersed models to reduce energy waste.
Standard for New Projects: Integrate amorphous alloy transformers as standard power equipment for new construction and expansion projects to achieve energy efficiency from the start.
Comprehensive Evaluation: When selecting products, prioritize certified equipment with proven efficiency, reliable suppliers, and robust after-sales support to ensure long-term operational safety and performance.

The 10kV 1600kVA Amorphous Alloy Oil-Type Transformer represents the next generation of energy-saving power equipment for industrial city power grids. By combining technological innovation with environmental responsibility, it helps enterprises and utilities lower operational costs, reduce emissions, and advance toward a sustainable and low-carbon future.