Meet the expert

Meet the expert: Multi-zone control in Commercial Buildings

Introducing multi-zone control of water systems means that shifting load scenarios can be handled effortlessly. In larger water systems, there may be end-users with very different water consumption profiles and pressure needs. So how do you satisfy all these pressure needs from the same booster set? Grundfos has developed a multi-pressure zone control solution to achieve just that with energy savings up to 33%.

Your benefits include:

Reduced water consumption
Reduced system stress
Less maintenance
Increased user comfort

Watch our Senior Application Manager explain how you can save up to 33% energy and reduce costs operating boosters in proportional pressure and connect multiple remote pressure sensors in the same system.

Download whitepaper to learn more

Download the whitepaper and learn how you can save up to 33% energy and reduce costs in your water boosting systems by using multi-zone control and proportional pressure with Grundfos Hydro MPC boosters.

Download whitepaper

Data-light BIM assets

Data-heavy files with a lot of detailed information decrease workflow speed. Grundfos offers the resolution that suits your needs and preferences.

Solutions for buildings

The world’s increasing urbanisation is contributing to significant amounts of energy being used. The global cooling demand alone has doubled in less than 20 years. And water and energy go hand in hand. In general water pumps currently account for a huge amount of the world’s electricity consumption — but with more energy efficient pump solutions, this amount can be heavily reduced.

Save water and energy with proportional pressure

In many water boosting systems in commercial buildings, it’s become the norm to operate in constant pressure mode. However, it is actually much more beneficial to operate the systems in proportional pressure mode.

Single booster vs. zone divided booster systems

Don't over-pressurise water booster systems. There is considerable difference between the best and the worst booster system designs. Our engineering manual explains why.