With the new rSTOR C, you are not just purchasing a buffer tank, but a compact control centre for storing and distributing heat throughout your entire heating system. All connections are clearly labelled and prepared for installation, and can be fitted quickly and easily, eliminating the need for time-consuming wall mounting of the piping and subsequent insulation. All components are screwed directly onto the rSTOR C, creating a tidy and clear overall picture and leaving you more space and time for nicer and more important things.

Then Jakob Appelhans, a specialist tradesman from Sorpetaler Energie in Sundern (Sauerland), puts his trust in the Baunach rendeMIX team. After all, maximum efficiency through low return temperatures and perfect buffer stratification have been our speciality for over twenty years.

In this video, you will learn how we assess the current situation on the SHK market and what opportunities arise from hydraulic network renovation.

We have recently started offering new return temperature limiters with a temperature range of 0–50 °C and integrated temperature sensors for our innovative Baunach products. This means that you no longer need to invest time in installing a temperature sensor. You also save money, as no additional components such as T-pieces or immersion sensors are required.

Until a few years ago, drinking water storage tanks were considered the ultimate solution for heating drinking water, and they are still widely used in private households today. And who can blame them? They offer a comparatively high level of convenience with little technical effort and are available at a reasonable price. However, with the advent of solar systems, it became necessary to lower the return temperatures to the heating system as much as possible. At around the same time, the issue of Legionella bacteria arose. Both factors spoke in favour of instantaneous water heaters, hygienic storage tanks with corrugated pipe heat exchangers and fresh water stations. But is this additional expense always justified, and does it not also entail other disadvantages?

The idea of extracting additional heat from combustion exhaust gases by condensing the water vapour they contain has now become widely accepted in natural gas and heating oil boilers under the term "condensing technology". In this respect, it can be assumed that the trend towards condensing technology will also continue in wood boilers and CHP units, especially as each of these technologies offers further advantages.

is to provide every consumer in a distribution network with the correct amount of water. This must not be too little, otherwise the consumer will not be supplied with sufficient heat. However, it must also not be too much, otherwise the return temperature will rise too high, the supply to other consumers will be impaired and the network efficiency will decrease. But what is the "correct" amount of water?