my-PV HEA•THOR IoT 9 kW Intelligent Heating Element

my-PV HEA•THOR IoT 9 kW Intelligent Heating Element

This innovative three-phase heating element is specifically designed for the optimal utilisation of surplus solar energy from PV systems for hot water preparation. The HEA•THOR IoT 9 kW ensures an efficient and smart conversion of PV electricity into thermal energy for hot water cylinders or buffer tanks.

Key Features

• Integrated WiFi Module: Enables wireless communication and control via the network. Wired communication is also possible.
• Modulating Control: Stepless control from 0 to 9000 Watts for precise adjustment to the available PV surplus.
• Suitable for operating with dynamic energy tariffs.
• Direct connection to the water cylinder: Simple integration into new and existing hot water systems.
• IP21 Classification: Protection against dripping water, suitable for indoor installations.

Main Advantages

• Maximum energy efficiency: Direct utilisation of PV surpluses for heat generation, which optimises self-consumption and reduces grid export.
• Exact Power Matching: The stepless control ensures that only the currently available overproduction is utilised.
• Simple Integration: Compatible with many common inverters and energy management systems via standard interfaces.
• High Flexibility: Suitable for both new builds and retrofit in existing installations.
• No Hydraulic Components: Simple, maintenance-free electrical installation.
• Reliable Operation: Robust design for a long service life.

Applications

The my-PV HEA•THOR IoT 9 kW is ideally suited for installers supplying PV systems to households, apartment complexes, or small businesses. The element is the ideal solution for subsequent installation (retrofit) into existing hot water systems (cylinders and buffer tanks) to increase the efficiency of the solar installation.

Warranty and Sustainability

my-PV offers a 2-year product warranty. The heating element requires minimal maintenance and contributes to the sustainability of the installation by maximising solar energy utilisation.