Question 1 of 6
Intermediate

Can Grundfos products be monitored and controlled via a BMS system?

Question 2 of 6
Intermediate

Do Grundfos Modular HVAC systems reduce the HVAC system footprint?

Question 3 of 6
Intermediate

In our example, how much more energy efficient is a hydronic system compared to an air-based VAV system?

Question 4 of 6
Intermediate

What component does a Grundfos distributed pumping solution make redundant?

Question 5 of 6
Intermediate

Do you know how much energy in a commercial building is consumed by a HVAC system?

Question 6 of 6
Intermediate

A distributed pumping system is self-balancing – what does this mean?

Question 6 of 6
Intermediate

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1: Can Grundfos products be monitored and controlled via a BMS system?
No, Grundfos pumps provide load adaptive performance, so no external control is possible
You can find the answer here >
1: Can Grundfos products be monitored and controlled via a BMS system?
Yes, Grundfos pumps still require manual monitoring and control
You can find the answer here >
1: Can Grundfos products be monitored and controlled via a BMS system?
Yes, Grundfos pumps can be monitored and controlled via a BMS system as well as offering load adaptive performance
2: Do Grundfos Modular HVAC systems reduce the HVAC system footprint?
No, the benefits come from reducing complexity and time spent on selecting and sizing
You can find the answer here >
2: Do Grundfos Modular HVAC systems reduce the HVAC system footprint?
Yes, but the compact size comes at a high price that the building owner needs to consider in relation to the maximised rentable square meters
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2: Do Grundfos Modular HVAC systems reduce the HVAC system footprint?
Yes, benefits come from ensuring maximum profitability of rentable square meters as well as reducing complexity and time spent on selecting and sizing
3: In our example, how much more energy efficient is a hydronic system compared to an air-based VAV system?
An increase in energy efficiency of 35%
3: In our example, how much more energy efficient is a hydronic system compared to an air-based VAV system?
No real energy savings – but 35% installation cost savings
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3: In our example, how much more energy efficient is a hydronic system compared to an air-based VAV system?
The savings depend on water pricing
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4: What component does a Grundfos distributed pumping solution make redundant?
Primary pumps
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4: What component does a Grundfos distributed pumping solution make redundant?
Secondary pumps
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4: What component does a Grundfos distributed pumping solution make redundant?
Balancing and control valves
5: Do you know how much energy in a commercial building is consumed by a HVAC system?
On average 10-20%
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5: Do you know how much energy in a commercial building is consumed by a HVAC system?
On average 30-40%
5: Do you know how much energy in a commercial building is consumed by a HVAC system?
On average 50-60%
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6: A distributed pumping system is self-balancing – what does this mean?
No need to integrate a primary pump into the building’s management system
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6: A distributed pumping system is self-balancing – what does this mean?
No time-consuming balancing and commissioning process is required
6: A distributed pumping system is self-balancing – what does this mean?
No need to manually check return and control valves – they adjust automatically
You can find the answer here >