ATESS Delta US standard 220V 100KW hybrid inverter (included transformer) - ATESS HPS100-US-220D

ATESS HPS100-US-220Y(D) — 100 kW Three-Phase Hybrid Inverter (220 V Wye)

The ATESS Delta US standard 220V 100KW hybrid inverter - ATESS HPS100-US-220D is engineered to deliver exceptional power management, grid stability, and long-term energy performance for commercial and industrial applications. Designed with advanced hybrid technology, this inverter enables seamless energy conversion, flexible load management, and efficient integration of solar, battery, and grid inputs. It ensures dependable backup power, peak shaving benefits, and optimized energy usage with high accuracy and reliability.

The HPS100-US-220Y(D) brings the HPS platform to 100 kW while retaining parallel scaling (up to 8 units) and ≤ 10 ms seamless transfer between grid and backup. ^{[ATESS datasheet]}

Specifications

Figures per ATESS datasheet (14-Apr-2025) and official page.

What Makes the ATESS Delta US standard 220V 100KW hybrid inverter (included tranformer) - ATESS HPS100-US-220D Stand Out?

This inverter is a high-capacity, hybrid-ready system built for demanding environments where consistent power and scalability are essential. Equipped with an integrated transformer, the ATESS HPS100-US-220D supports stable voltage output, smooth switching operations, and enhanced safety for critical installations. The transformer adds an extra layer of performance reliability, making the unit ideal for applications that require higher surge tolerance and isolated output.

Whether used in commercial solar plants, microgrid systems, energy storage solutions, EV charging hubs, or large-scale backup configurations, this inverter ensures superior performance with minimal downtime. The hybrid design makes it future-ready and adaptable to both current and expanding energy needs.

High-Efficiency Power Conversion

One of the strongest features of the ATESS Delta US standard 220V 100KW hybrid inverter - ATESS HPS100-US-220D is its exceptional energy conversion efficiency. The system minimizes power loss during conversion from DC to AC or when managing multiple energy sources. This high efficiency results in improved ROI and smooth performance across diverse operating conditions.

The inverter also supports advanced MPPT (Maximum Power Point Tracking), ensuring solar arrays operate at optimal efficiency even in changing weather conditions. For commercial users, this directly translates to reduced operational costs and maximized solar output.

Smart Hybrid Control and Energy Optimization

Being a hybrid inverter, the unit intelligently manages grid power, solar energy, and battery storage. It decides in real time which source should be prioritized to maintain the best possible efficiency. This dynamic distribution of power helps businesses reduce peak electricity charges, cut dependency on the grid, and store excess solar energy for later use.

The ATESS HPS100-US-220D also includes load shifting, peak shaving, and scheduled charging modes. These functions give facility managers more control over energy patterns, allowing them to reduce power bills and improve energy stability.

Enhanced Safety and Stability With Included Transformer

The integrated transformer in the ATESS Delta US standard 220V 100KW hybrid inverter (included tranformer) - ATESS HPS100-US-220D provides isolated output, increased surge protection, and improved grid compatibility. This is especially important for industries where uninterrupted power quality is mandatory.

The transformer also helps manage harmonic distortion, improving system reliability and extending the lifespan of connected equipment. For sites with sensitive electronics or heavy machinery, this feature is crucial.

Rugged Design for Demanding Applications

The inverter is designed using industrial-grade components that ensure long-term endurance under harsh operating conditions. Its thermal management system keeps internal components cool, preventing overheating and ensuring optimal performance even during continuous heavy loads. Whether installed indoors or outdoors, the system maintains stable operation with minimal maintenance.

Easy Integration and Remote Monitoring

The system supports multiple communication protocols, allowing real-time tracking of performance data, grid activity, energy flow, and system health. Users can remotely monitor and configure settings, improving maintenance efficiency and reducing the need for on-site intervention.

This flexibility allows businesses to make data-driven decisions, monitor energy savings, and ensure uninterrupted operations.