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Features 160kVA to 225kVA(480V)160 to200kVA(400V) Click here for details about Galaxy VM Lithium-Ion battery solutions. Galaxy VM is a key component in the comprehensive Schneider Electric energy management solution for data center and industrial applications. Galaxy VM deploys state of the art technology to lower energy cost through very high efficiency ratings and the newly innovative ECOnversion mode. Galaxy VM seamlessly links to your electrical network using state of the

Features 160kVA to 225kVA(480V)160 to200kVA(400V) Click here for details about Galaxy VM Lithium-Ion battery solutions. Galaxy VM is a key component in the comprehensive Schneider Electric energy management solution for data center and industrial applications. Galaxy VM deploys state of the art technology to lower energy cost through very high efficiency ratings and the newly innovative ECOnversion mode. Galaxy VM seamlessly links to your electrical network using state of the

Features 500 to 1500kW N+1 The Schneider Electric Galaxy VX UPS is a scalable, high-performance extension of the Galaxy V-Series solutions, designed for large data center and industrial applications: Lower your energy costs and meet changing business requirements, with 99% efficiency in ECOnversion mode. Provide excellent power quality in demanding electrical environments. Install and deploy your UPS quickly. Manage your power anywhere. Galaxy VX supports local and remote

Features 500 to 1500kW N+1 The Schneider Electric Galaxy VX UPS is a scalable, high-performance extension of the Galaxy V-Series solutions, designed for large data center and industrial applications: Lower your energy costs and meet changing business requirements, with 99% efficiency in ECOnversion mode. Provide excellent power quality in demanding electrical environments. Install and deploy your UPS quickly. Manage your power anywhere. Galaxy VX supports local and remote

Features The Galaxy PW second-generation uninterruptible power supply (UPS) is a UPS designed for industrial applications, with DC voltages ranging from 220VDC to 384VDC. It uses reliable 6-pulse or 12 pulse SCR rectifiers. The Galaxy PW second-generation UPS is based on Schneider Electric's over 35 years of experience in the UPS industry, as well as advanced control and power electronics conversion technology, optimized for reliability The rectifier adopts 6P or 12P

Features The Galaxy PW second-generation uninterruptible power supply (UPS) is a UPS designed for industrial applications, with DC voltages ranging from 220VDC to 384VDC. It uses reliable 6-pulse or 12 pulse SCR rectifiers. The Galaxy PW second-generation UPS is based on Schneider Electric's over 35 years of experience in the UPS industry, as well as advanced control and power electronics conversion technology, optimized for reliability The rectifier adopts 6P or 12P

Features The Galaxy PW second-generation uninterruptible power supply (UPS) is a UPS designed for industrial applications, with DC voltages ranging from 220VDC to 384VDC. It uses reliable 6-pulse or 12 pulse SCR rectifiers. The Galaxy PW second-generation UPS is based on Schneider Electric's over 35 years of experience in the UPS industry, as well as advanced control and power electronics conversion technology, optimized for reliability The rectifier adopts 6P or 12P

Features The Galaxy PW second-generation uninterruptible power supply (UPS) is a UPS designed for industrial applications, with DC voltages ranging from 220VDC to 384VDC. It uses reliable 6-pulse or 12 pulse SCR rectifiers. The Galaxy PW second-generation UPS is based on Schneider Electric's over 35 years of experience in the UPS industry, as well as advanced control and power electronics conversion technology, optimized for reliability The rectifier adopts 6P or 12P

Features Galaxy VS is a highly efficient, modular, easy-to-deploy 20 to 150 kW (480 V), 10 to 150 kW (400 V), and 10 to 75 kW (208 V), three-phase uninterruptible power supply that delivers top performance for edge, small, and medium data centers, as well as critical infrastructure in commercial and industrial facilities. Its compact design, high-density technology, N+1 redundancy, and fault-tolerant architecture maximize availability, operational efficiency, and critical