What does a boiler shunt pump do?
What is the most important feature of 4th generation district energy systems?
How long has District Energy been around?
Which of these features characterise district energy?
Test results
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Q: What does a boiler shunt pump do?
A: It secures the necessary differential pressure for the consumer
Q: What does a boiler shunt pump do?
A: It recirculates water reducing the risk of condensation
Q: What does a boiler shunt pump do?
A: It circulates flow to the distribution network
Q: What temperature can the supply water be reduced to in some systems?
A: 50°
Q: What temperature can the supply water be reduced to in some systems?
A: 70°
Q: What temperature can the supply water be reduced to in some systems?
A: 85°
Q: What is the most important feature of 4th generation district energy systems?
A: Requires a minimum temperature of 85°
Q: What is the most important feature of 4th generation district energy systems?
A: Low temperature supply water
Q: What is the most important feature of 4th generation district energy systems?
A: Operates with lower flow volumes compared to previously
Q: How long has District Energy been around?
A: Since 1892
Q: How long has District Energy been around?
A: Since 1930
Q: How long has District Energy been around?
A: 1973
Q: How much can you save on fuel costs by installing a flue gas economiser?
A: 5-10%
Q: How much can you save on fuel costs by installing a flue gas economiser?
A: 15-25%
Q: How much can you save on fuel costs by installing a flue gas economiser?
A: 25-35%
Q: Which of these features characterise district energy?
A: It’s the only way to utilise renewable energy
Q: Which of these features characterise district energy?
A: It’s energy-efficient and cost-effective
Q: Which of these features characterise district energy?
A: A district energy system only uses fossil fuels