PSSS3RGX

GE Profile23.1 Cu. Ft. Stainless Side-By-Side Refrigerator

Features and Benefits

Stainless Steel - Provides stainless steel doors for a truly dramatic look

ClimateKeeperTemperature Management System - Best Temperature Management System You Can Buy

Integrated Dispenser with LED Lighting & UltraFlow64 - Illuminates the dispenser and pours up to 64 ounces of water per minute

Slide 'n StoreFull-Extension Freezer Baskets - Extends 12" to 16" beyond the cabinet, providing easy loading and unloading

Quick IceOption - Makes ice up to 50% faster than normal settings-ideal for entertaining

TurboCoo Setting - Cools the refrigerator quickly after frequent door openings

Integrated IceSystem - Frees up valuable freezer space; It tilts down, providing easy access to bulk ice

Tilt -Out Freezer Door Bins - Move forward for convenient access

Integrated Shelf Support System - Provides strong, yet flexible support

Adjustable ClearLookDoor Bins - Hold gallon-size containers with style and ease

In -the-Door Beverage Rack - Conveniently located inside the refrigerator door to increase flexibility and to free up valuable shelf space

Adjustable Slide-Out, Spillproof Glass Shelves - Raised edges help contain spills and slide-out shelves make clean up quick and easy

GE Water Filtration - Provides clean, fresh-tasting filtered ice and has a slim spacesaving design

FrostGuard Technology - Protects frozen items from freezer burn by monitoring freezer door openings and defrosting only when needed

Model PSSS3RGXSS - Stainless steel

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Specification Revised 6/08

210382

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GE PSSS3RGXSS dimensions Features and Benefits

PSSS3RGXSS specifications

The GE PSSS3RGXSS is a state-of-the-art power system stabilizer designed to enhance the stability and reliability of electrical grids. Known for its advanced features and robust performance, this system is integral in maintaining frequency and voltage levels across power systems, ensuring optimal operation and minimizing the risk of outages.

One of the main features of the PSSS3RGXSS is its real-time monitoring capabilities. By continuously assessing system dynamics, it can respond swiftly to any disturbances, adjusting generator output accordingly. This real-time responsiveness helps in dampening power system oscillations that may arise due to load changes or grid disturbances, thereby improving the overall reliability of the power supply.

The PSSS3RGXSS leverages advanced control algorithms that are designed to optimize generator control. These algorithms analyze various system parameters to provide precise stabilization recommendations. By integrating modern technologies like digital signal processing and machine learning, the PSSS3RGXSS is capable of evolving its responses based on historical data, enhancing its effectiveness in diverse operating conditions.

Another significant characteristic of the PSSS3RGXSS is its flexibility and scalability. It can be implemented in various configurations, making it suitable for a wide range of applications, from small renewable energy installations to large-scale utility operations. This adaptability not only helps in meeting specific requirements but also ensures that the system can grow alongside expanding energy demands.

In addition to enhancing grid stability, the PSSS3RGXSS supports the integration of renewable energy sources. By managing variability in production from solar and wind sources, it plays a pivotal role in transitioning to a greener energy landscape. This capability aligns well with global objectives to reduce carbon emissions and promote sustainability in power generation.

Furthermore, the GE PSSS3RGXSS is equipped with user-friendly interfaces that facilitate seamless integration and monitoring. Operators can access comprehensive visualizations and control parameters, enhancing operational efficiency and effectiveness in managing power systems.

In summary, the GE PSSS3RGXSS stands out as a crucial tool for modern power systems. Its advanced features, such as real-time monitoring, sophisticated algorithms, and scalability, combined with its ability to support renewable energy integration, make it an essential component for enhancing grid reliability and sustainability in today’s rapidly evolving energy landscape.