Medium Voltage Drive – Altivar Process ATV6000 / MV-D1 – Schneider Electric

Part Number: MV-D1

Product Headline: High-performance medium voltage drive designed for demanding industrial applications.

Product Specifications:

• Input: 18-66 pulse diode rectifier bridge
• Output: Multilevel PWM with low-voltage IGBT inverter cells
• Power Range: 160 kW up to 20,000 kW
• Voltage Range: 2.4 kV, 3.3 kV, 4.16 kV, 6.0 kV, 6.6 kV, 10 kV, 11 kV, 13.8 kV
• Motor Type: Asynchronous motor, Synchronous motor, Permanent magnet motors
• THDI: <3 % conforming to IEEE 519-1992
• Input Power Factor: ≥ 0.96 from 20% to 100% of load
• Efficiency at Rated Power: Inverter efficiency is 98.5%; Drive efficiency including input transformer is 96% to 97% depending on the product.

Functions: The ATV6000 medium voltage system delivers:

• Tailored solutions to optimize operational efficiency and investment
• Optimized energy usage and reduced consumption
• Reduced downtime and improved uptime
• Minimized Total Cost of Ownership & increased profitability
• Improved productivity & availability

Facts: Services-oriented Drives:

• Easy access via QR code for online and remote support
• Comfortable usability with the connected 10” Harmony HMI screen, supported by storage oscilloscope function
• Real-time intelligence enabled by native Ethernet and embedded web server
• Fast and easy on-site maintenance operation with proven LV IGBT design
• Modular architecture
• Easy front access design

With EcoStruxure Asset Advisor:

• Continuous monitoring of critical asset health and level of stress
• 360° diagnostics with reports and analysis
• Risk mitigation plan with recommended actions
• Access to 24/7 Schneider Electric service assistance

Energy Management Features:

• Embedded power management with +/- 5% measurement accuracy
• Best Efficiency Point function for pumps
• Lifetime monitoring of energy usage with an inbuilt energy dashboard
• Phase-shifted transformer for reduced THDI input on the grid
• Integrated transformer with galvanic insulation feature
• Low dV/dt inverter providing power without high over-voltage at the motor side

Process Optimization:

• Cell bypass feature
• N+1 and N+2 power cell design for redundancy
• Best Efficiency Point function for pumps
• Tested and validated applicative architecture (TVDA)
• Fully compatible with Schneider Electric EcoStruxure Process Automation Systems (hybrid & DCS systems)
• Internal sensing and measurement of key VSD conditions for predictive maintenance planning
• Dedicated application control (droop control, fan/pump function, etc.)

Tailored Solutions:

• Application experts provide optimized engineering solutions for operational efficiency and investment optimization
• Simplified design process and shortened system implementation time
• High level of customization to fit purpose