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SolarEdge Home Load Controller
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SolarEdge Home Load Controller

SolarEdge Home Load Controller

The SolarEdge Home Load Controller (SEM-DCS-R08-00) is a wireless relay device that integrates into the SolarEdge Home Network to control permanently connected appliances — maximising self-consumption of excess PV generation and reducing non-essential load during battery backup operation. It features two simultaneously switched dry-contact relay outputs (normally open and normally closed), enabling control of resistive, inductive, and contactor-switched loads. Compatible with the SG-Ready single-stage heat pump interface and seamlessly configured via the SolarEdge monitoring platform or SetApp.

8 A NO
Relay at 250 Vac
Wireless
SolarEdge Home Network
SG-Ready
Heat pump interface
IP30
DIN rail or wall
5 years
Warranty
⚠ Installer Note — Must be wired by a qualified electrician. The NO contact is rated 8 A at 250 Vac; for loads exceeding 8 A, wire via an external contactor. The device operates at mains voltage — isolate supply before wiring. An Ethernet connection to the inverter is required during initial configuration.
⚡ Compatibility — Compatible with SolarEdge residential inverters with SetApp configuration, including Home Hub Inverters, Home Wave Inverters, Short String Inverters, and Three Phase Inverters (SE16K/SE17K). Requires the ENET-HBCL-01 or ENET-HBNP-01 Home Network Plug-in to be installed in the inverter. Not compatible with commercial inverters.
Technical Specifications
Part Number SEM-DCS-R08-00
AC Input Voltage 90–250 Vac
AC Frequency 50 / 60 Hz
NO Contact Rating 250 Vac up to 8 A / 30 Vdc up to 8 A
NC Contact Rating 250 Vac up to 4 A / 30 Vdc up to 4 A
Relay Switching Cycles > 20,000
Operating Hours 50,000 h
Power Consumption < 1.5 W
Communication Protocol SolarEdge Home Network (wireless, 863–870 MHz EU)
Temperature Sensing Accuracy ±0.5°C (built-in ambient sensor)
Dimensions (L × W × H) 100 × 50 × 35 mm (excl. DIN-rail adapter)
Operating Temperature –10°C to +50°C
Protection Rating IP30
Mounting DIN rail (adapter included) or wall mount (wood screws + tape)
Warranty 5 years
Frequently Asked Questions
What types of load can this controller switch?
The NO contact switches loads up to 8 A at 250 Vac directly — suitable for immersion heater elements, underfloor heating zones, or other resistive loads within that rating. For larger single or three-phase loads (e.g. heat pumps, EV chargers), wire the dry contact through an external contactor. The device's two relay contacts switch simultaneously, which also makes it ideal for the SG-Ready two-contact heat pump interface.
Does this require a wired connection to the inverter?
No wired connection is needed for ongoing operation — communication is wireless via the SolarEdge Home Network. However, the inverter must have a Home Network Plug-in installed (ENET-HBCL-01 or ENET-HBNP-01), and an Ethernet connection to the inverter is required at the initial configuration stage to set up the device via the monitoring platform or SetApp.
How does it help during a power cut?
During backup operation (grid failure), the SolarEdge system automatically switches non-essential loads off to extend battery backup time. The Load Controller enables the inverter to shed controllable loads on command — for example, switching off water heating or underfloor heating — so that available battery capacity is preserved for higher-priority circuits.
$37.32

Original: $106.62

-65%
SolarEdge Home Load Controller

$106.62

$37.32

SolarEdge Home Load Controller

The SolarEdge Home Load Controller (SEM-DCS-R08-00) is a wireless relay device that integrates into the SolarEdge Home Network to control permanently connected appliances — maximising self-consumption of excess PV generation and reducing non-essential load during battery backup operation. It features two simultaneously switched dry-contact relay outputs (normally open and normally closed), enabling control of resistive, inductive, and contactor-switched loads. Compatible with the SG-Ready single-stage heat pump interface and seamlessly configured via the SolarEdge monitoring platform or SetApp.

8 A NO
Relay at 250 Vac
Wireless
SolarEdge Home Network
SG-Ready
Heat pump interface
IP30
DIN rail or wall
5 years
Warranty
⚠ Installer Note — Must be wired by a qualified electrician. The NO contact is rated 8 A at 250 Vac; for loads exceeding 8 A, wire via an external contactor. The device operates at mains voltage — isolate supply before wiring. An Ethernet connection to the inverter is required during initial configuration.
⚡ Compatibility — Compatible with SolarEdge residential inverters with SetApp configuration, including Home Hub Inverters, Home Wave Inverters, Short String Inverters, and Three Phase Inverters (SE16K/SE17K). Requires the ENET-HBCL-01 or ENET-HBNP-01 Home Network Plug-in to be installed in the inverter. Not compatible with commercial inverters.
Technical Specifications
Part Number SEM-DCS-R08-00
AC Input Voltage 90–250 Vac
AC Frequency 50 / 60 Hz
NO Contact Rating 250 Vac up to 8 A / 30 Vdc up to 8 A
NC Contact Rating 250 Vac up to 4 A / 30 Vdc up to 4 A
Relay Switching Cycles > 20,000
Operating Hours 50,000 h
Power Consumption < 1.5 W
Communication Protocol SolarEdge Home Network (wireless, 863–870 MHz EU)
Temperature Sensing Accuracy ±0.5°C (built-in ambient sensor)
Dimensions (L × W × H) 100 × 50 × 35 mm (excl. DIN-rail adapter)
Operating Temperature –10°C to +50°C
Protection Rating IP30
Mounting DIN rail (adapter included) or wall mount (wood screws + tape)
Warranty 5 years
Frequently Asked Questions
What types of load can this controller switch?
The NO contact switches loads up to 8 A at 250 Vac directly — suitable for immersion heater elements, underfloor heating zones, or other resistive loads within that rating. For larger single or three-phase loads (e.g. heat pumps, EV chargers), wire the dry contact through an external contactor. The device's two relay contacts switch simultaneously, which also makes it ideal for the SG-Ready two-contact heat pump interface.
Does this require a wired connection to the inverter?
No wired connection is needed for ongoing operation — communication is wireless via the SolarEdge Home Network. However, the inverter must have a Home Network Plug-in installed (ENET-HBCL-01 or ENET-HBNP-01), and an Ethernet connection to the inverter is required at the initial configuration stage to set up the device via the monitoring platform or SetApp.
How does it help during a power cut?
During backup operation (grid failure), the SolarEdge system automatically switches non-essential loads off to extend battery backup time. The Load Controller enables the inverter to shed controllable loads on command — for example, switching off water heating or underfloor heating — so that available battery capacity is preserved for higher-priority circuits.

Product Information

Shipping & Returns

Description

The SolarEdge Home Load Controller (SEM-DCS-R08-00) is a wireless relay device that integrates into the SolarEdge Home Network to control permanently connected appliances — maximising self-consumption of excess PV generation and reducing non-essential load during battery backup operation. It features two simultaneously switched dry-contact relay outputs (normally open and normally closed), enabling control of resistive, inductive, and contactor-switched loads. Compatible with the SG-Ready single-stage heat pump interface and seamlessly configured via the SolarEdge monitoring platform or SetApp.

8 A NO
Relay at 250 Vac
Wireless
SolarEdge Home Network
SG-Ready
Heat pump interface
IP30
DIN rail or wall
5 years
Warranty
⚠ Installer Note — Must be wired by a qualified electrician. The NO contact is rated 8 A at 250 Vac; for loads exceeding 8 A, wire via an external contactor. The device operates at mains voltage — isolate supply before wiring. An Ethernet connection to the inverter is required during initial configuration.
⚡ Compatibility — Compatible with SolarEdge residential inverters with SetApp configuration, including Home Hub Inverters, Home Wave Inverters, Short String Inverters, and Three Phase Inverters (SE16K/SE17K). Requires the ENET-HBCL-01 or ENET-HBNP-01 Home Network Plug-in to be installed in the inverter. Not compatible with commercial inverters.
Technical Specifications
Part Number SEM-DCS-R08-00
AC Input Voltage 90–250 Vac
AC Frequency 50 / 60 Hz
NO Contact Rating 250 Vac up to 8 A / 30 Vdc up to 8 A
NC Contact Rating 250 Vac up to 4 A / 30 Vdc up to 4 A
Relay Switching Cycles > 20,000
Operating Hours 50,000 h
Power Consumption < 1.5 W
Communication Protocol SolarEdge Home Network (wireless, 863–870 MHz EU)
Temperature Sensing Accuracy ±0.5°C (built-in ambient sensor)
Dimensions (L × W × H) 100 × 50 × 35 mm (excl. DIN-rail adapter)
Operating Temperature –10°C to +50°C
Protection Rating IP30
Mounting DIN rail (adapter included) or wall mount (wood screws + tape)
Warranty 5 years
Frequently Asked Questions
What types of load can this controller switch?
The NO contact switches loads up to 8 A at 250 Vac directly — suitable for immersion heater elements, underfloor heating zones, or other resistive loads within that rating. For larger single or three-phase loads (e.g. heat pumps, EV chargers), wire the dry contact through an external contactor. The device's two relay contacts switch simultaneously, which also makes it ideal for the SG-Ready two-contact heat pump interface.
Does this require a wired connection to the inverter?
No wired connection is needed for ongoing operation — communication is wireless via the SolarEdge Home Network. However, the inverter must have a Home Network Plug-in installed (ENET-HBCL-01 or ENET-HBNP-01), and an Ethernet connection to the inverter is required at the initial configuration stage to set up the device via the monitoring platform or SetApp.
How does it help during a power cut?
During backup operation (grid failure), the SolarEdge system automatically switches non-essential loads off to extend battery backup time. The Load Controller enables the inverter to shed controllable loads on command — for example, switching off water heating or underfloor heating — so that available battery capacity is preserved for higher-priority circuits.