Why is the variable primary circuit known as the energy-optimised design?
What are the 5 different types of data centres?
Why does valve selection become streamlined and efficient in Distributed Pumping in data centres?
Test results
Congratulations. You have passed the test and completed the 46 - Distributed Pumping in Data Centers
Achieved badges:
Q: How many Tiers did the Uptime Institute establish?
A: 2
Q: How many Tiers did the Uptime Institute establish?
A: 3
Q: How many Tiers did the Uptime Institute establish?
A: 4
Q: Why is the variable primary circuit known as the energy-optimised design?
A: Because it has a higher capital cost and needs more space
Q: Why is the variable primary circuit known as the energy-optimised design?
A: Because it has a lower capital cost, saves space, and has a lower energy consumption
Q: Why is the variable primary circuit known as the energy-optimised design?
A: Because it has a higher energy consumption and higher capital cost
Q: What level of redundancy does Tier IV have?
A: N
Q: What level of redundancy does Tier IV have?
A: 2N+1
Q: What level of redundancy does Tier IV have?
A: N+1
Q: What are the 5 different types of data centres?
A: Hyperscale, Colocation, Enterprise, Telecom, and Edge
Q: What are the 5 different types of data centres?
A: Hyperscale, Location, Enterprise, Telemarking, and Edge
Q: What are the 5 different types of data centres?
A: Hyperscale, Colocation, Entertainment, Telecom, and Underground
Q: Why does valve selection become streamlined and efficient in Distributed Pumping in data centres?
A: Because the number of valves is increased for better control
Q: Why does valve selection become streamlined and efficient in Distributed Pumping in data centres?
A: Because manual valves are installed for precise measurements
Q: Why does valve selection become streamlined and efficient in Distributed Pumping in data centres?
A: Because the system replaces conventional valves with smart modulating pumps