Module 3: Bloom Energy - The Product

Without our CSC (Combined Sintering & Conditioning) machine, we separately sinter, and then condition our fuel cell stacks. If you add sintering time to conditioning time, how long does it currently take to both sinter and condition BE's fuel cell stacks? (M3.2.1)

How does Bloom Energy apply the conductive inks onto the electrolytes? (M3.1.1)

Which of the following is encompassed in Bloom Energy’s Balance Of Plant? (M3.2.2)

Which City Hall location will host Bloom Energy servers? (M3.6.1)

Where is Bloom Energy's energy server repair & overhaul located? (M3.2.2)

What is not an input monitored by the Remote Monitoring Control Center (M3.6.2)

During customer installation, along with BE's energy servers, what 2 other systems must be installed on-site in order to operate our servers? (M3.2.2)

What kind of power does our current system operate to match most industrial power generation? (M3.5.1)?

Which type of fossil fuel is most relevant to our Bloom Energy servers? (M3.5.1)

Why are Solid Oxide Fuel Cells a good choice over other types of fuel cells? (M3.4.1)

What does “E1” and “E2” refer to? (M3.1.1)

Why are the types of fuel cells we produced named “solid oxide fuel cells”? (M3.4.1)

What temperature do our fuel cells run at? (M3.2.1)

What is the difference between E2, E2', and E2"? (M3.1.1)

Where was Bloom Energy's first server installed? (M3.6.1)

Which of the following is a component of a fuel cell stack? (M3.1.1)

The black conductive ink applied onto BE's electrolyte has a positive charge. (M3.1.1)

How much power does each individual Catalina power module produce? (M3.5.1)

Where does Hot Box assembly occur? (M3.2.2)

Name the other popular type of fuel cell other than Solid Oxide Fuel Cells. (M3.4.1)