Which option describes the generator setup used to power the mount?

Which option describes the generator setup used to power the mount?

• A. A single high-capacity generator
• B. Two portable gasoline generators
• C. Two 60kW tactically quiet generators
• D. Three diesel generators

Answer: (C)

Power reliability with minimal disturbance is key when powering a telescope mount in the field. You want enough capacity to cover the mount and its supporting systems, plus redundancy so a single failure doesn’t stop operations. Two 60 kW tactically quiet generators provide that balance. Together they offer about 120 kW of capacity and can run in parallel to share the load, giving headroom for peak power draws and a built-in backup if one unit goes offline. The “tactically quiet” design means lower noise output, which is important in nighttime observing environments to keep vibrations and sound from interfering with sensitive equipment and staff. This setup is better than a single high-capacity generator because there’s no single point of failure—if one generator hiccups, the other can keep the system powered while you bring the failing unit back. It’s more sensible than three diesel units, which would add unnecessary cost, space, and maintenance for more capacity than needed. It’s also more robust for field use than two portable gasoline units, which can be less durable for long runs and may produce more vibration, fuel handling issues, and overall reliability concerns.

Power reliability with minimal disturbance is key when powering a telescope mount in the field. You want enough capacity to cover the mount and its supporting systems, plus redundancy so a single failure doesn’t stop operations.

Two 60 kW tactically quiet generators provide that balance. Together they offer about 120 kW of capacity and can run in parallel to share the load, giving headroom for peak power draws and a built-in backup if one unit goes offline. The “tactically quiet” design means lower noise output, which is important in nighttime observing environments to keep vibrations and sound from interfering with sensitive equipment and staff.

This setup is better than a single high-capacity generator because there’s no single point of failure—if one generator hiccups, the other can keep the system powered while you bring the failing unit back. It’s more sensible than three diesel units, which would add unnecessary cost, space, and maintenance for more capacity than needed. It’s also more robust for field use than two portable gasoline units, which can be less durable for long runs and may produce more vibration, fuel handling issues, and overall reliability concerns.