The Power Stability System is designed for users who want a more reliable and structured approach to electrical stability, protection, and control. Built as a multi-tier system, it allows customers to choose the setup that best matches their power requirements, installation scope, and level of smart functionality.

Across all tiers, the Power Stability System is intended to support better electrical performance by combining stability-focused components into one practical solution. Depending on the selected tier, the system can help improve power control, support safer operation, and provide a more organized installation for residential or light commercial applications.

This system is suitable for customers who want a ready-built power stability solution instead of sourcing separate components individually. From simpler entry-level setups to more advanced configurations, the tiered structure makes it easier to select the right balance of protection, reliability, and convenience.

The Input Sensor is the key device used to detect whether EDL electricity ("kahrabet el dawle") is active or not. Based on its status, users can receive notifications when EDL power turns on or off. This sensor can also be used to trigger useful automations. For example, it can turn the water heater on when EDL is available and make sure it stays off when the private generator is active. It can also trigger a rule to limit total house power consumption to 9 amps whenever EDL is off.

The 40A Smart Breaker can be used as the main breaker for a house, office, or shop. It allows users to set safety automations for over-voltage, under-voltage, and current limits. For example, if power consumption exceeds a set threshold, such as 9 amps, the breaker can automatically switch off, send a notification, and switch back on after a set delay, such as 1 minute. Users can also monitor daily and monthly energy consumption in kWh and receive alerts when usage reaches a selected level.

The 16A Relay Switch is better suited for controlling individual heavy appliances such as a water heater or room heater. It allows users to monitor the appliance’s power consumption and on/off status, while also creating useful automation scenes. For example, a water heater can be set with a 2-hour inching timer so it automatically turns off after enough time to heat the water. It can also be scheduled to turn on and off based on the user’s daily routine.