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🔍 Product Overview
Schneider Electric Oil-Immersed Transformers are robust, high-efficiency power transmission solutions engineered for heavy-duty, high-voltage applications ranging from distribution to grid-level transformation. Designed for performance, longevity, and cost-efficiency, these transformers are ideal for applications requiring voltage levels up to 765 kV and power ratings exceeding 1,000 MVA.
Built using high-grade insulating oil and advanced core/winding configurations, these units are custom-engineered to meet diverse utility, industrial, and infrastructure needs with low total ownership cost and superior energy performance.
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🔍 Product Overview
Dry-Type Transformers offer a safe, low-maintenance, and environmentally friendly alternative to oil-filled transformers. Designed to operate without liquid coolant, they are ideal for indoor, urban, industrial, and environmentally sensitive environments. With power ratings from 50 kVA to 10,000 kVA and primary voltage up to 36 kV, they’re built to deliver consistent, low-loss electrical power in a compact and robust form.
These transformers are commonly used in commercial buildings, hospitals, data centers, offshore platforms, tunnels, and other locations where fire risk mitigation, air quality, and compact design are critical.
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🔍 Product Overview
Schneider Electric Power Transformers are designed to handle large-scale, high-voltage transmission and distribution needs. With voltage ratings from 33 kV to 765 kV and power capacities ranging from 5 MVA to 1000+ MVA, they provide efficient, reliable, and long-lasting service for utilities, heavy industry, infrastructure, and energy sectors.
Engineered for both HV and EHV (Extra High Voltage) applications, these transformers meet international standards like IEC, ANSI, and IEEE, and are built for performance under the most demanding electrical, thermal, and mechanical conditions.
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🔍 Product Overview
Schneider Electric MV Transformers are purpose-built for medium voltage applications in industrial plants, utilities, infrastructure, and energy projects. With voltage ranges from 3.3 kV to 36 kV and capacities up to ~10 MVA, these transformers offer high energy efficiency, robust construction, and smart grid integration.
They’re designed to convert medium-voltage energy into usable levels safely, reliably, and in compliance with IEC 60076 standards—making them ideal for primary or secondary distribution networks.
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🔧 Product Overview
Schneider Electric Distribution Transformers are engineered for efficient and safe power distribution across a wide range of industrial, commercial, and utility applications. Designed to operate at medium voltages (up to 36 kV) and capacities from 50 kVA to 3,150 kVA, these transformers offer high reliability, energy efficiency, and long service life—making them ideal for step-down distribution in modern electrical networks.
Whether you’re supplying a factory, commercial complex, or rural grid, Schneider’s transformers provide a solid foundation for resilient electrical infrastructure.
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🔋 Product Overview
ABB’s MegaFlex DPA and PowerLine DPA are robust, scalable, and modular UPS systems designed for large-scale data centers, industrial facilities, transportation systems, and critical process industries. Built on ABB’s Decentralized Parallel Architecture (DPA™), both systems deliver exceptional resilience, modularity, and redundancy for mission-critical loads.
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MegaFlex DPA focuses on high-density modular UPS for data centers (up to 1.5 MW in a compact footprint).
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PowerLine DPA is an industrial-grade UPS engineered for harsh conditions and critical process industries such as oil & gas, transportation, and utilities.
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🔋 Product Overview
The ABB DPA UPScale ST / RT is a Modular Online Double Conversion UPS system engineered for high availability, redundancy, and energy efficiency. With power scalability from 10 kW to 200 kW, and flexible rack (RT) or tower (ST) form factors, it's ideal for mid-sized data centers, medical facilities, financial institutions, and industrial environments requiring uninterrupted power and zero downtime.
Built on ABB’s Decentralized Parallel Architecture (DPA™), each UPS module operates independently—offering true N+1 or N+X redundancy, minimizing single points of failure, and enabling hot-swappable servicing with zero system interruption.
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