Cabinet space, power links, PUE, and temperature/humidity monitoring—the demands do not decrease just because the scale is smaller. Traditional DCIM (Data Center Infrastructure Management) is mostly designed for hyperscale data centers, featuring high implementation costs and long deployment cycles.
thingnario has redesigned this specifically for the scale and budget of small and medium-sized server rooms, precisely meeting management needs while retaining the flexibility for future expansion!
Inadequate Management Tools
Rack assets are logged by hand in Excel, and environmental monitoring is scattered across legacy BMS. Even PUE means copying UPS readings manually. When an alarm fires, there's no complete event history to trace back through.
Systems Built at the Wrong Scale
Most commercial DCIM is built for hyperscale data centres, with million-dollar budgets and months-long deployments. For small server rooms it's overkill, and few of its features ever get used.
Intuitive 3D server room layout for real-time tracking of U-space and rack assets
Recreate the actual layout of your server room for real-time inquiries on cabinet locations, equipment status, and remaining U-space. Integrated with RFID for automatic detection of asset onboarding and offboarding, you can directly confirm available rack space and power capacity when new equipment arrives—completely eliminating the need for on-site inventory checks!
After establishing the power link, the power consumption of each level can be mapped segment by segment: utility power input, UPS output, distribution of each PDU, and actual power consumption of each rack.
Three-phase load imbalances, PDUs approaching their capacity limits, and significant discrepancies in rack power consumption compared to the previous period can all be detected before they cause an impact.
PUE Measurement Levels, Flexible to Your Needs
During the official Memorandum of Understanding (MOU) signing ceremony, Joseph Teng, the Sales Director of thingnario, emphasized the strategic importance of agility in today's energy sector:
"In a volatile market where regulations change and energy supplies remain unstable, a company's speed of response is its greatest asset. This partnership allows us to stay future-ready, keeping our focus squarely on rapid business growth and clean energy expansion."
Pieterjan Vanbuggenhout, Chief Operating Officer of Upgrade Energy Philippines, shared this enthusiasm, highlighting how the exclusive technological integration enhances UGEP's operational capabilities:
"We are very excited to bring our entire pipeline to this collaboration. Through this technology, we have managed to introduce automatic reporting and AI-driven performance evaluations, allowing us to dive much deeper into asset analysis."
Looking ahead, this collaboration lays a sophisticated digital foundation for UGEP's next phase of growth. As UGEP expands into utility-scale projects, thingnario's AI-driven capabilities will ensure optimized asset management and maximum yield for massive, grid-connected arrays. This will also support UGEP's Battery Energy Storage Systems (BESS) expansion, allowing for intelligent peak-shaving, load shifting, and enhanced grid stability.
This momentum extends to UGEP's off-grid projects, where smart monitoring will deliver new reliability and real-time optimization to remote communities and industrial sites. This collaboration serves as a powerful catalyst for carbon reduction, advancing ESG goals, and fostering a sustainable, net-zero future for the entire region.
LEVEL 1
UPS Output
Counts distribution losses as IT power, the most relaxed baseline. Suited to a quick start.
LEVEL 2
PDU Output
The most common industry baseline, accurately reflecting a server room's real PUE.
LEVEL 3
IT Equipment Input
Captures all distribution losses, closest to true energy use. Suited to high-standard sustainability audits.
Chiller Efficiency and Environmental Status Monitoring
During the official Memorandum of Understanding (MOU) signing ceremony, Joseph Teng, the Sales Director of thingnario, emphasized the strategic importance of agility in today's energy sector:
"In a volatile market where regulations change and energy supplies remain unstable, a company's speed of response is its greatest asset. This partnership allows us to stay future-ready, keeping our focus squarely on rapid business growth and clean energy expansion."
Pieterjan Vanbuggenhout, Chief Operating Officer of Upgrade Energy Philippines, shared this enthusiasm, highlighting how the exclusive technological integration enhances UGEP's operational capabilities:
"We are very excited to bring our entire pipeline to this collaboration. Through this technology, we have managed to introduce automatic reporting and AI-driven performance evaluations, allowing us to dive much deeper into asset analysis."
Looking ahead, this collaboration lays a sophisticated digital foundation for UGEP's next phase of growth. As UGEP expands into utility-scale projects, thingnario's AI-driven capabilities will ensure optimized asset management and maximum yield for massive, grid-connected arrays. This will also support UGEP's Battery Energy Storage Systems (BESS) expansion, allowing for intelligent peak-shaving, load shifting, and enhanced grid stability.
This momentum extends to UGEP's off-grid projects, where smart monitoring will deliver new reliability and real-time optimization to remote communities and industrial sites. This collaboration serves as a powerful catalyst for carbon reduction, advancing ESG goals, and fostering a sustainable, net-zero future for the entire region.
** Pay only for what you use today. Scale up without starting over.
Gradually Expand
Based on Actual Needs
Start with server room monitoring and PUE analysis, then add more as your needs grow.
UPS
Bring operating data into monitoring as well.
BESS and Gensets
Add the licence to bring them in, no need to replace the system.
Multi-Site
Expand from a single server room to several, with the same management interface throughout.
