INFO: Aufgrund von IT-Wartungsarbeiten verkürzte Bestellannahmezeit am Freitag, den 25.08.2023 +++ Bestellannahmeschluss um 12:00 Uhr +++ Ab Montag, den 28.08.2023 sind wir wieder wie gewohnt für Sie erreichbar.
Whether heat pump storage, solar stratified storage, hot water storage or buffer storage - IVT has the right solution for your installation requirements! Discover the variety of our combination options and arrange a personal consultation with your IVT consultant today.
Solar energy is booming. Due to the current situation on the energy market, the prices for fossil fuels such as oil and gas have become extremely expensive and there is no improvement in sight. Make yourself and your customers independent of this development with the LATENTO solar system. The IVT system is a perfectly coordinated solution - highly efficient, quick and easy to install and child's play to operate. Take advantage of this profitable opportunity for more sales and even more satisfied customers.
Realise the advantages of our LATENTO solar system and make yourself less dependent on fossil energy. Our LATENTO all-season solar system is extremely popular all over the world. You too can benefit from the power of the sun and arrange a consultation with your IVT consultant today - it's uncomplicated and competent!
The sun is a reliable energy supplier - emission-free and environmentally friendly. However, its apparent duration varies depending on the season and thus the potential for energy generation. The LATENTO all-season solar system sets new standards here. Particularly in the transitional periods and in winter, when heating support is required, the LATENTO solar system is characterised by high solar yields and extremely low heat losses. This is maximum efficiency for maximum solar energy.
Solar systems, pellet heating or heat pumps all have one thing in common: energy is often generated that is radiated unused and "fizzles out". This can be done better. Our highly insulating LATENTO plastic storage solutions XW and XP use the energy even several days after it has been fed into the grid.
Energy is supplied via high-performance heat exchangers and the storage water heats up. Latent material in the upper area of the storage tank buffers additional heat. Due to the highly insulating plastic jacket of the storage tanks, the temperature remains almost constant over days, the temperature loss is only about 2.4 °C/day.
The LATENTO CPC vacuum tube collectors guarantee a high solar yield even in the transitional and winter months. This is made possible by the almost loss-free and thus highly efiicient heat utilisation of our system.
A highly reflective, weather-resistant CPC mirror ensures that solar rays are optimally directed onto the absorber from almost all directions and even at unfavourable angles of incidence. A special alignment of the vacuum tubes is not necessary.
On an average January day (example: Würzburg) with an outdoor temperature of approx. 0°C and 300 W/m² radiation intensity, the CPC tube collector with a collector area of 7 m² generates over 1,000 W useful output, the flat-plate collector just 200 W. Increasing the collector area does not lead to higher and thus usable temperatures.
The LATENTO solar controls combine modern design and simple operation in the best possible way. Thanks to the intuitive user guidance, retrieving current measured values or checking the functioning of solar and heating systems is child's play.
The individual input keys are assigned to meaningful features and explained for each input step. In the controller menu, helpful texts or clear graphics are available in addition to keywords for the measured values and settings.
Solar control S
Temperature difference controller for controlling simple solar, storage tank and solid fuel boiler systems, art. no. 878 700 180
Solar control L
Temperature difference controller for controlling complex solar, storage and solid fuel boiler systems, art. no. 878 700 181
System control
Heating controller for controlling complex weather-compensated heating systems with different heat sources as well as switchable functions for unused relays, art. no. 878 700 182
