| ENERGY STAR Partner |
| Schneider Electric |
Schneider Electric |
| Product Category |
| Uninterruptible Power Supplies |
Uninterruptible Power Supplies |
| Type |
| Ac-output UPS |
Ac-output UPS |
| Brand Name |
| Schneider Electric |
Schneider Electric |
| Model Name |
| Galaxy VS 20kW 480V w/o Batteries, Start-up 5x8 |
Galaxy VM 225 kVA Additional UPS for 1+1 480-480 V |
| Model Number |
| GVSUPS20KGS |
GVMRB225KG65S |
| Additional Model Information |
| ,GVSUPS20KG, |
,GVMRB225KGS, |
| Date Available On Market |
| March 18, 2019 |
September 23, 2015 |
| Date Certified |
| July 27, 2018 |
February 26, 2019 |
| Markets |
| United States, Canada |
United States, Canada |
| CB Model Identifier |
| ES_22220_GVSUPS20KGS_09122018183216_7136963 |
ES_22220_GVMRB225KG65S_02272019170736_7256605 |
| Meets ENERGY STAR Most Efficient 2024 Criteria |
| No |
No |
| Power Conversion Mechanism |
| Static |
Static |
| Minimum Configuration Tested Model Number |
| GVSUPS20KGS |
GVMPB225KGS |
| Active Output Power Rating Minimum Configuration (W) |
| 20,000 |
202500 |
| Apparent Output Power Rating Minimum Configuration (VA) |
| 20,000 |
225000 |
| Maximum Configuration Tested Model Number |
| GVSUPS100KGS |
N/A |
| Active Output Power Rating Maximum Configuration (W) |
| 100,000 |
N/A |
| Topology (ac) |
| Multi-Mode Double Conversion |
Double Conversion |
| Topology and Product Type Combined |
| ac - Other |
ac - Double Conversion (VFI) |
| Application |
| Data Center |
Data Center |
| Rated Input Voltage (V rms) |
| 480-480 |
480-480 |
| Rated Input Frequency (Hz) |
| 60-60 |
50-60 |
| Rated Output Voltage (V) |
| 480-480 |
480-480 |
| Rated Output Frequency (Hz) |
| 60-60 |
50-60 |
| Rack Mountable |
| No |
No |
| Height (mm) |
| 1,485 |
1970 |
| Width (mm) |
| 521 |
1002 |
| Depth (mm) |
| 847 |
854 |
| Normal Mode(s) Input Dependency Characteristic (ac) |
| Voltage and Frequency Dependent,Voltage and Frequency Independent |
Voltage and Frequency Dependent,Voltage and Frequency Independent |
| Modular UPS |
| No |
No |
| Number of Normal Modes |
| Multiple-normal-mode |
Multiple-normal-mode |
| Default Normal Mode (ac) |
| Voltage and Frequency Independent |
Voltage and Frequency Independent |
| Test Input Voltage (V rms) |
| 480 |
480 |
| Test Input Frequency (Hz) |
| 60 |
60 |
| Test Output Voltage (V) |
| 480 |
480 |
| Test Output Frequency (Hz) |
| 60 |
60 |
| Total Input Power in W at 0% Load Min Config Lowest Dependency (ac) |
| 246 |
1038 |
| Total Input Power in W at 0% Load Min Config Highest Dependency (ac) |
| 153 |
530 |
| Efficiency at 25% Load Min Config Lowest Dependency (ac) |
| 93 |
95.8 |
| Efficiency at 25% Load Min Config Highest Dependency (ac) |
| 97 |
98.5 |
| Efficiency at 50% Load Min Config Lowest Dependency (ac) |
| 96 |
96.4 |
| Efficiency at 50% Load Min Config Highest Dependency (ac) |
| 98 |
99.1 |
| Efficiency at 75% Load Min Config Lowest Dependency (ac) |
| 96 |
96.6 |
| Efficiency at 75% Load Min Config Highest Dependency (ac) |
| 99 |
99.4 |
| Efficiency at 100% Load Min Config Lowest Dependency (ac) |
| 97 |
96.4 |
| Efficiency at 100% Load Min Config Highest Dependency (ac) |
| 99 |
99.5 |
| Weighted Efficiency Calc Min Config Lowest Dependency |
| 95 |
96.3 |
| Weighted Efficiency Calc Min Config Highest Dependency |
| 98 |
99 |
| Minimum Configuration Input Power Factor Lowest-Input Dependency |
| 1 |
1 |
| Minimum Configuration Input Power Factor Highest-Input Dependency |
| 1 |
1 |
| Total Input Power in W at 0% Load Max Config Lowest Dependency (ac) |
| 0 |
N/A |
| Total Input Power in W at 0% Load Max Config Highest Dependency (ac) |
| 0 |
N/A |
| Efficiency at 25% Load Max Config Lowest Dependency (ac) |
| 96 |
N/A |
| Efficiency at 25% Load Max Config Highest Dependency (ac) |
| 99 |
N/A |
| Efficiency at 50% Load Max Config Lowest Dependency (ac) |
| 97 |
N/A |
| Efficiency at 50% Load Max Config Highest Dependency (ac) |
| 99 |
N/A |
| Efficiency at 75% Load Max Config Lowest Dependency (ac) |
| 97 |
N/A |
| Efficiency at 75% Load Max Config Highest Dependency (ac) |
| 99 |
N/A |
| Efficiency at 100% Load Max Config Lowest Dependency (ac) |
| 97 |
N/A |
| Efficiency at 100% Load Max Config Highest Dependency (ac) |
| 99 |
N/A |
| Weighted Efficiency Calc Max Config Lowest Dependency |
| 97 |
N/A |
| Weighted Efficiency Calc Max Config Highest Dependency |
| 99 |
N/A |
| Maximum Configuration Input Power Factor Lowest-Input Dependency |
| 1 |
N/A |
| Maximum Configuration Input Power Factor Highest-Input Dependency |
| 1 |
N/A |
| Efficiency (%) |
| 96 |
97 |
| Modular UPS Module Tested Model Number |
| N/A |
N/A |
| Energy Storage Mechanism |
| Battery |
Battery |
| Energy Storage System Technology |
| Valve Regulated Lead-acid Battery |
Valve Regulated Lead-acid Battery |
| Energy Storage System Configuration |
| Separate Enclosure |
Separate Enclosure |
| Energy Storage System Removable to Another Room |
| Yes |
Yes |
| Energy Storage System Runtime at 100% Load (min.) |
| N/A |
N/A |
| Energy Storage System Runtime at 50% Load (min.) |
| N/A |
N/A |
| Energy Storage System Warranty (yrs) |
| N/A |
N/A |
| Energy Storage System Information URL |
| 0 |
https://www.apc.com/template/size/apc/sizing_display_options.cfm?option_type=Battery&interface=UPS&famid=483&ups_sku=GVMSB225KG65S |
| Battery Recycling URL |
| http://www.apc.com/us/en/who-we-are/sustainability/recycling-options.jsp |
https://www.apc.com/company/us/en/sustainability/recycling-options/ |
| Network Connections Available |
| Serial Port,Ethernet |
Serial Port,Ethernet |
| Communication Protocols |
| Modbus TCP,HTTPS,Other,HTTP,SNMP (v1, 2 or 3),Modbus RTU |
Modbus TCP,HTTPS,HTTP,Modbus RTU |
| Communication Protocol Other |
| BACnet/IP |
SNMP (v1, 2 or 3) |
| Manufacturer Take Back Program |
| Yes |
Yes |
| Manufacturer Take Back Program URL |
| http://www.apc.com/us/en/who-we-are/sustainability/recycling-options.jsp |
https://www.apc.com/company/us/en/sustainability/recycling-options/ |
| Model Web Page URL |
| http://www.apc.com/shop/us/en/products/P-GVSUPS20KGS |
https://www.apc.com/shop/us/en/products/P-GVMSB225KG65S |
| Test Method Guidelines |
| 0 |
https://www.apc.com/company/us/en/sustainability/energy-efficiency/ |
| Date Qualified |
| July 27, 2018 |
February 26, 2019 |
