The Delta REG2000 Series represents a significant advancement in energy management technology for industrial applications. This regenerative braking energy recovery system replaces...

The Delta REG2000 Series represents a significant advancement in energy management technology for industrial applications. This regenerative braking energy recovery system replaces conventional braking resistors and chopper units, transforming wasted energy into valuable electrical power. When motors brake or decelerate, instead of dissipating energy as heat, the REG2000 captures this regenerative power and converts it back to usable AC electricity with over 95% efficiency. The system automatically feeds this recovered energy directly into your facility's power grid, creating immediate operational savings while reducing environmental impact through decreased energy consumption.

This technology finds essential application across multiple industries where motor braking occurs frequently. Elevator installations benefit significantly during cabin descent phases, while material handling operations with cranes and hoists recover energy during load lowering. Manufacturing facilities using centrifuges, large fans, and tension control systems achieve substantial energy savings during deceleration cycles. The system proves particularly effective in applications with high inertial loads or frequent start-stop operations, where traditional braking methods waste considerable energy as heat that requires additional cooling systems.

Businesses implementing the REG2000 Series gain both immediate and long-term value through reduced electricity costs and enhanced operational reliability. The system eliminates fire hazards associated with overheating resistor banks while reducing space requirements for cooling infrastructure. With robust construction and intelligent energy management, this solution provides consistent performance across varying load conditions. The technology demonstrates clear return on investment through energy savings while contributing to sustainability goals by minimizing wasted resources and reducing overall carbon footprint.

Key Features:
- Converts regenerative braking energy to usable AC power with over 95% efficiency
- Replaces traditional braking resistors and chopper units completely
- Automatically feeds recovered energy back into facility power grid
- Designed for high-inertia applications and frequent braking cycles
- Seamless integration with existing motor control systems

Benefits:
- Reduces electricity consumption and operational energy costs significantly
- Eliminates fire risks associated with overheating braking resistors
- Decreases cooling requirements by minimizing heat generation
- Lowers maintenance needs compared to traditional braking systems
- Provides reliable performance across diverse industrial applications