Introducing a case study of UPS backing up factory equipment that requires "heating and cooling"

Case 1: Avoiding the risk of fire - Case study at a bread factory

Device

• Exhaust systems for commercial ovens

assignment

• In the event of a power outage, it takes 40 seconds for the generator to start up, posing a risk of fire.
• In the event of a power outage, the power supply must continue uninterrupted and the backup must be available for at least 20 minutes until the equipment can be safely shut down.
• If the UPS and generator are installed separately, the combined system operation is not guaranteed.

Solution

• In the event of a power outage, the combination of the UPS "SANUPS E23A" and the generator "SANUPS G53A" enables uninterrupted, long-term backup.
• UPS and generators are supplied by a single company, and all combinations of systems in the lineup have been confirmed to work properly, so you can rest assured.
• In addition to UPS and generators, we also provide comprehensive maintenance and support through our maintenance services.

Click here for details: What is the power supply solution that achieves "uninterrupted + long-term backup"?

Case 2: Avoiding the risk of fire - Case study at a material factory

Device

• Melting furnace ventilation system

assignment

• If you select a UPS based on "inrush current", it will be over-specified.
• The output capacity of the UPS was larger than expected, resulting in high installation and operating costs.

Solution

• Parallel Processing allows selection based on the rated output capacity regardless of inrush current.
• While saving power consumption, it achieves high power supply quality and a high conversion efficiency of 98%.
• The UPS output capacity is halved. This reduces installation and operating costs.

For details, click here: Now it's possible to select UPS capacity without being restricted by inrush current!?

Case 3: Avoiding the risk of harmful gas generation Case study at a waste incineration plant

Device

• Control unit for waste incineration plant

assignment

• We want to prevent the risk of hazardous gases being released into the atmosphere and incineration equipment going out of control during a power outage and shut it down safely.
• It is designed as a three-phase UPS, which is large and has high installation and operating costs.

Solution

• The redundant configuration makes the system more reliable than before.
• By placing an inverted V transformer on the primary side of the UPS and enabling backup with a single-phase UPS, it is possible to reduce size and costs.

Case 4: Avoiding the risk of fire and equipment damage Case at a beverage factory

Device

• Labeller device heating process

assignment

• You want to avoid the risk of line stoppages, fires, and equipment damage that occur when a power outage or momentary voltage drop occurs.
• We also want to take measures against harmonic currents generated by power equipment in the factory.

Solution

• Parallel Processing" SANUPS E23A" realizes "completely uninterrupted" power supply.
• It has a higher conversion efficiency than the full-time Inverter method and significantly reduces power consumption.
• It also supports irregular currents such as "inrush current" and "harmonic current."

Click here for details: What is the "Parallel Processing" that supplies completely uninterrupted power?

Release date: 2024-10-28 00:00