Chint Power CPS Inverter – SCA28KTL-DO/US-480

The Chint Power SCA28KTL-DO/US-480 is an advanced inverter designed for large-scale commercial grid-tied PV systems. Known for its high performance, this inverter efficiently converts DC energy from solar panels into AC power for local use, with the surplus energy feeding back to the grid. Its robust design and technological advancements ensure longevity and reliability, making it a strong choice for solar energy systems.

Product Features

High Efficiency Conversion

Utilizing advanced three-level conversion technology, the Chint Power SCA28KTL inverter achieves a maximum efficiency of 98.6%, ensuring optimal use of solar energy and substantial savings on electricity bills.

Adaptable Grid Interaction

With support for seven different grid standards, this inverter offers adjustable reactive power and a power factor range of 0.8. Its capability for remote curtailment enhances grid compatibility and operational flexibility.

Comprehensive Communication Options

Equipped with standard Modbus communication protocols, the inverter ensures seamless integration with third-party monitoring and control systems, providing users with an extensive communication network for data analysis and system optimization.

Extensive DC Input Range

The inverter operates over a wide DC input voltage range of 300-900V and supports a maximum voltage of 1000V, accommodating various PV system configurations and enhancing installation flexibility.

Prolonged Service Life

By incorporating thin-film capacitors, the inverter’s design prioritizes durability, contributing to a longer operational lifespan and reduced maintenance needs over time.

How It Works

The operation of the Chint Power SCA28KTL-DO/US-480 involves multiple stages, starting with DC inputs from the solar panels, passing through surge protection and filtering systems, boosting circuits for maximum power tracking, and finally converting to three-phase AC power for grid integration.

DC Surge Protection and Filtering

Initial DC inputs undergo surge protection and EMI wave filtering to enhance safety and ensure clean power delivery, setting the stage for further processing.

Power Conversion and Boosting

Advanced front-end boosting circuits elevate DC voltages and optimize power tracking, achieving maximum energy extraction from solar panels before conversion to AC.

Three-Phase AC Output

The inverter converts DC to high-quality three-phase AC output, using wave filters to remove high-frequency components and ensure seamless integration with existing power infrastructure.

Specifications