TAK Systems presents the innovative heating system based on frequency heating technology.

A control cabinet specially designed for the application controls the entire heating system with newly defined parameters.
This new type of control of the special heating elements means that the calorie value increases by up to 40% during the heating process.
During this process, the water molecules are set in motion very efficiently and much faster than with conventional heating systems.
This means that the standby times of our heating systems become longer.
TAK Systems has protected the frequency heating technology with the German Patent and Trademark Office and is the only provider of this novel and highly efficient heating technology.

The water is influenced throughout the boiler and the heat distribution is accelerated.

TAKAS model for heating & fresh water

TAKAS model for heating

TAKAS model for fresh water

• Low energy consumption
• Latest heating technology
• Up to 40% higher water heating efficiency
• Without outdoor devices (theft prevention)
• No fire protection rooms required (no flame)
• Without fossil fuels
• No exhaust fumes so no chimney necessary
• Silent operation
• Easy installation and maintenance as existing heating components are being used.
• Installation only inside the house, no external devices
• No need for external heat sources such as earth or air as in heat pumps
• Very lifespan life with no moving Parts (solid state)

You don't need any peripheral devices such as inverters or charge controllers.

The photovoltaic modules can be connected directly to the control cabinet.

The energy generated is delivered to the heating elements via the control cabinet.

A sufficiently large storage volume is integrated for night operation, which is also controlled by the cabinet.

An existing photo-voltaic system (solar cells) can be seamlessly integrated or integrated at a later point in Time.
PV integration in a village house:

The heating system is suitable for use in living areas.

The possibility of integration into the existing heating system is given.