Question 1 of 6
Intermediate

Do building services perform as expected in a typical commercial building project?

Question 2 of 6
Intermediate

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

Question 3 of 6
Intermediate

What component does a Grundfos distributed pumping solution make redundant?

Question 4 of 6
Intermediate

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

Question 5 of 6
Intermediate

Does choosing a hydronic system affect the indoor climate?

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: Do building services perform as expected in a typical commercial building project?
No, only 2% of new buildings have a performance that matches the design estimate
1: Do building services perform as expected in a typical commercial building project?
Yes, only 2% of buildings do not perform as they were designed to
You can find the answer here >
1: Do building services perform as expected in a typical commercial building project?
No, but this is expected – adjusting and optimising building services after completion is always calculated into costs
You can find the answer here >
2: Do you know how much energy in a commercial building is consumed by a HVAC system?
On average 10-20%
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2: Do you know how much energy in a commercial building is consumed by a HVAC system?
On average 30-40%
2: Do you know how much energy in a commercial building is consumed by a HVAC system?
On average 50-60%
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3: What component does a Grundfos distributed pumping solution make redundant?
Primary pumps
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3: What component does a Grundfos distributed pumping solution make redundant?
Secondary pumps
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3: What component does a Grundfos distributed pumping solution make redundant?
Balancing and control valves
4: 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%
4: 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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4: 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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5: Does choosing a hydronic system affect the indoor climate?
No, you choose a hydronic system to save money on installation and energy
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5: Does choosing a hydronic system affect the indoor climate?
Yes, indoor climate is improved, and you get cost savings as well
5: Does choosing a hydronic system affect the indoor climate?
Yes, the improved indoor climate makes it worthwhile paying for an expensive solution
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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 >