Price quotation for amorphous alloy transformers

　　Price Quotation and Selection Guide for Amorphous Alloy Transformers

　　I. Price Range Overview

　　The prices of amorphous alloy transformers vary significantly based on capacity, model, cooling method, energy efficiency rating, and manufacturer brand. Below are the price ranges for mainstream products in the market:

　　II. Analysis of Price-Influencing Factors

　　Capacity and Model

　　Prices increase with capacity. For example, the price of an SCBH15-800KVA dry-type transformer is approximately ¥105,500, while the 1250KVA model in the same series can reach ¥130,000.

　　Different models (e.g., SCBH15, SBH15) vary in price due to design differences (e.g., core materials, winding processes).Cooling Method

　　Dry-type transformers (e.g., SCBH15 series) are typically 10%-20% more expensive than oil-immersed types due to their use of epoxy resin casting or gas insulation.

　　Oil-immersed transformers (e.g., SH15 series) are relatively more affordable due to their simpler structure and lower maintenance costs.Material and Craftsmanship

　　Transformers with full copper windings are 15%-30% more expensive than aluminum-core models but offer lower losses and stronger overload capacity.

　　First-tier energy efficiency transformers (e.g., NX1 energy efficiency standard) are 5%-10% pricier than second-tier models due to their use of amorphous alloy cores and optimized designs.Brand and Manufacturer

　　Products from international brands (e.g., ABB, Siemens) or leading domestic manufacturers (e.g., Jiangsu Juli Power, Liaoning Runsheng) are typically 20%-30% more expensive than those from smaller manufacturers but offer better quality and after-sales service.Customization Requirements

　　Special voltage levels (e.g., 20KV, 35KV), protection ratings (e.g., IP68), and smart features (e.g., temperature control, telemetry) incur an additional 10%-15% cost.III. Selection Recommendations

　　Clarify Requirements

　　Load Characteristics: Select short-circuit impedance (4%-6%) and capacity based on load type (e.g., motor starting, lighting).

　　Environmental Conditions: Choose cooling method (dry-type/oil-immersed) and protection rating (IP54 or above) based on installation environment (e.g., temperature, humidity, explosion-proof requirements).Compare Manufacturers

　　Qualification Verification: Prioritize manufacturers with ISO certification and State Grid admission licenses.

　　Customization Capability: Confirm whether the manufacturer supports customization of special voltages, protection ratings, and smart features.Inquiry and Negotiation

　　Multi-Manufacturer Quotation Comparison: Obtain quotes from at least three manufacturers to compare prices, delivery times, and payment terms.

　　Clarify Costs: Request explicit information on whether taxes, freight, installation/commissioning fees, and certification costs (e.g., coal mine safety certification, energy efficiency certification) are included.Contract Signing

　　Technical Parameters: Clearly specify product specifications (e.g., voltage, connection group label), acceptance criteria (e.g., test reports, certification certificates).

　　Service Terms: Agree on a warranty period (recommended minimum of 2 years) and after-sales service response time (e.g., 24-hour on-site service).

　　IV. Sample Procurement List

　　For further details, including manufacturer contacts or customized solutions, please provide your specific requirements (e.g., voltage level, application scenario, budget), and I will offer tailored recommendations.