myenergi harvi Energy Harvesting Wireless Sensor
The myenergi harvi is a wireless power sensor designed to work with zappi and eddi, enabling energy monitoring without a wired connection between the current transformer (CT) clamps and the myenergi device. Using patented energy harvesting technology, it draws power directly from the CT clamps, removing the need for batteries or an external power supply.
Featuring three CT inputs, harvi supports single-phase, three-phase or multi-point power measurement, with configurable monitoring of grid, generation or storage. Its compact, wall-mountable design provides installation flexibility while reducing cable runs and disruption to existing floors and home décor. CT clamps are supplied separately.
Key Features
Wireless Power Monitoring transmitting CT measurements to compatible myenergi devices.
Energy Harvesting Technology drawing power from CT clamps without batteries or an external power supply.
Three CT Inputs supporting three-phase or multi-point power measurement.
Configurable Energy Measurement for grid, generation or storage monitoring.
Import & Export Measurement supporting monitoring of power flow in both directions.
zappi & eddi Compatibility using the standard CT clamps supplied with these products.
Reduced Installation Wiring helping minimise cable runs and disruption to home décor.
Compact Wall-Mountable Design providing flexible positioning for indoor installation.
Technical Specifications
CT Inputs: 3
Measurement Range: 25W–15kW (50Hz AC, Import & Export)
Energy Harvesting Range: 0.2A–65A, Including Reactive Current
Measurement Accuracy: 2.0% Typical
Wireless Interface: 868MHz / 915MHz
Power Supply: Energy Harvested from CT Clamps
Dimensions: 98 × 98 × 36mm
Operating Temperature: −30°C to +50°C
Installation: Indoor Wall Mounting; an IP-Rated Plastic Enclosure Is Required for Outdoor Installation
| Brand | MYENERGI |
| Category | Accessories |
Product Dimensions
| Length | 150.0 mm |
| Width | 145.0 mm |
| Height | 110.0 mm |
| Volume | 0.00239 m³ |
| Weight | 0.15 kg |