Question 1 of 6
Intermediate

How much more power does a forced air system use for the distribution of air than a hydronic system?

Question 2 of 6
Intermediate

What characterises hydronic systems for heating or cooling?

Question 3 of 6
Intermediate

What does the superior energy capacity of water mean?

Question 4 of 6
Intermediate

In a cooling system, a large body or surface with a lower temperature than the other surfaces in a room will…

Question 5 of 6
Intermediate

How much energy is potentially saved when using a hydronic system instead of an air-based system?

Question 6 of 6
Intermediate

Water’s heat capacity is how many times greater than that of air?

Question 6 of 6
Intermediate

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1: How much more power does a forced air system use for the distribution of air than a hydronic system?
Twice as much power is required by air-based systems
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1: How much more power does a forced air system use for the distribution of air than a hydronic system?
Both use the same power; hydronic systems benefit from improved space efficiency only
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1: How much more power does a forced air system use for the distribution of air than a hydronic system?
As much as 10 times more power may be required by air-based systems
2: What characterises hydronic systems for heating or cooling?
Lower energy distribution costs and improved space efficiency
2: What characterises hydronic systems for heating or cooling?
No change in energy distribution costs; improved space efficiency
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2: What characterises hydronic systems for heating or cooling?
Lower energy distribution costs; no change in space efficiency
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3: What does the superior energy capacity of water mean?
Hydronic systems are not as good as forced-air systems, because they don’t release energy as readily
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3: What does the superior energy capacity of water mean?
Hydronic systems consume much less energy for energy transportation than forced air systems
3: What does the superior energy capacity of water mean?
Water’s high density makes it inefficient for energy distribution in heating or cooling systems
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4: In a cooling system, a large body or surface with a lower temperature than the other surfaces in a room will…
…receive more radiation than it emits
4: In a cooling system, a large body or surface with a lower temperature than the other surfaces in a room will…
…emit more radiation than it receives
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4: In a cooling system, a large body or surface with a lower temperature than the other surfaces in a room will…
…emit and receive the same amount of radiation
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5: How much energy is potentially saved when using a hydronic system instead of an air-based system?
Up to 25%
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5: How much energy is potentially saved when using a hydronic system instead of an air-based system?
Up to 35%
5: How much energy is potentially saved when using a hydronic system instead of an air-based system?
More than 40%
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6: Water’s heat capacity is how many times greater than that of air?
2.1
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6: Water’s heat capacity is how many times greater than that of air?
2.4
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6: Water’s heat capacity is how many times greater than that of air?
4.2