SolarEdge Home Load Controller - SEM-DCS-N08-00 | Smart Energy Management Solution

The SolarEdge Home Load Controller (Model: SEM-DCS-N08-00) is a smart energy management device designed to optimize energy consumption by controlling appliance usage in residential settings. It seamlessly integrates into the SolarEdge Home ecosystem, enhancing energy efficiency and providing greater control over home energy usage.

Key Features:

• Energy Optimization: Manages dedicated, permanently connected appliances and low-voltage control circuits to maximize solar energy consumption and reduce reliance on the grid.

• Backup Operation Enhancement: During power outages, the Load Controller can switch off non-essential loads, extending backup time and ensuring critical appliances remain operational.

• Seamless Integration: Connects wirelessly to SolarEdge inverters via the SolarEdge Home Network, facilitating easy setup and control.

• Versatile Control: Supports control of third-party contactors and devices, allowing for flexible energy management solutions.

Technical Specifications:

• Model Number: SEM-DCS-N08-00

• AC Input Voltage: 90 – 250 Vac

• AC Frequency: 60 Hz

• Relay Specifications:

  • Normally Open (NO): 250 Vac up to 8 Aac / 30 Vdc up to 8 Adc
  • Normally Closed (NC): 250 Vac up to 4 Aac / 30 Vdc up to 4 Adc

• Power Consumption: < 1.5 W

• Operating Temperature: -10 to +50 °C

• Dimensions: 100 x 50 x 35 mm (excluding DIN-rail adapter)

• Ingress Protection: IP30

• Communication Protocol: SolarEdge Home Network

Applications:

• Residential Energy Management: Ideal for homeowners looking to optimize solar energy usage and reduce electricity bills.

• Backup Power Systems: Enhances the efficiency of backup power solutions by managing load priorities during outages.

• Smart Home Integration: Integrates with smart home systems for automated energy management.

By incorporating the SolarEdge Home Load Controller into your energy system, you can achieve greater efficiency, enhanced control over energy consumption, and improved backup power management, leading to increased savings and reduced grid dependency.