The HEFLEX approach combines, for the first time in the heating sector, an infrared (IR) surface heating panel and IR reflection planes.
The system is characterised by maximum heating and cost efficiency while providing highest heating comfort for the user.
At the same time HEFLEX supports the increasing requirements for summer heat protection.
ANALOGOUS TO STANDARD
DRYWALL INSTALLATION.
CONSTRUCTION DEPTH OF JUST 30-50MM
ELEMENTS
emits infrared heat
infrared heat and avoids
radiation heat loss.
Infrared heat stays
in the room
natural insulating layer
DIRECTS HEAT FLOW
ALL YEAR
AROUND
integrated heat storage
causing phase delay for
benchmark heating efficiency as well as additional summer heat protection.
This is achieved through the use of the latest materials such as a carbon heat coating and the number of system advantages, e.g. maximum heating surface proportion, thermally insulating air layers and reflection planes.
The use of a programmable switching hysteresis further minimizes the energy requirement.
Depending on the set temperature, the radiant heat output is at least a factor of 2 higher than the electrical connected load. As a result, material costs can be minimized.
The direct application of the carbon heat element with the fibre panel boards avoids thermal coupling losses.
The control in combination with the fast heating rate of the HEFLEX system allows the use of heating profiles that are specific to the individual user requirements.
The control can be carried out via a thermosensor connected to the HEFLEX panel or by sensing the room air temperature.
The combination of photovoltaics, battery storage and HEFLEX is therefore a big step towards autonomous living.
The total costs of the HEFLEX system plus photovoltaic and battery storage are still lower than those of an air-water heat pump, for example.
Also the system addresses house dust allergies as dust ist not whirled around as common with convection heating.
Being a full surface heating system with a maximum surface temperature of 40ºC a most cozy room climate is being created.
Approach.
You will be amazed about the prospects for your projects!
Savings.
Depending on the heat requirement of a building and the installation variant, the material costs can be up to 70% lower than, for example, those of an also electrically operated air-water heat pump
of installation.
In comparison to e.g. the installation of an air-water heat pump with underfloor heating, the installation costs can be assumed to be up to 70% lower.
The system thus addresses the problem of the increasing shortage of skilled workers in the building industry.
EFFICIENCY
Depending on the installation, the energy requirement is comparable to that of heat pumps.
When reinvesting the savings in material costs in a photovoltaic system and an battery storage unit, the net electricity requirement of a HEFLEX system is significantly lower than that of other systems. And....natural resources are being preserved!
At the same time the operating costs are significantly reduced. A big step towards self-sufficiency.
by touch safe 48V DC.
The electrical power is 100 W / panel.
Safety class 3.
surface temperature
of a Heflex panel
is 40ºC.
L x W x T: 100 cm x 75 cm x 10 mm
Weight / panel: 8,6 kg.
HEFLEXPLUS:
L x W x T: 100 cm x 75 cm x 30 mm
Weight / panel: 12,6 kg.
Private and commercial real estate
Wall and ceiling installation
in a simple, cost-effective and energy-efficient manner.
Heating system consisting of
gypsum fibre board with an integrated
electrically conductive
carbon heating element
in conjunction with IR reflection foils.
BASE TECHNICAL DATA.