OpenData for Building Analytics
Modern building owners are looking for ways to improve efficiency, increase tenant comfort, and maintain the financial well being of your building.
Buildings are becoming more complex,with more interconnected devices and massively amounts of data. Building Management Systems (BMS) do a great job at providing metering dashboards and providing alerts when problems happen, but they may not be giving you the whole story.
The OpenData building analytics IoT platform integrates into all of your existing IT and Operational building investments, and goes deeper into the data to find significant energy, efficiency, and operational savings, all while leveraging your existing investments.
Increase operational performance by understanding the entire data story of your smart building.
OpenData natively integrates into your existing IT systems and building management systems and begins monitoring instantly. We go deeper than a traditional BMS system by analyzing massive amounts of time-series data in real-time to provide areas of improvement and automation fault detection, so you are warned before issues and cost
Our deep level integration actively monitors, power, cooling, of both your IT and facility equipment, and warns you of any potential conflicts (e.g. temperature sensors are miscalculated not allowing proper cooling) that could have disastrous outcomes. And because we monitor all of your IT and building facility equipment our advanced machine learning algorithms can predict outages, cost savings, and faults before they happen.
Alarms and alerts for all equipment and devices related to the power chain
Interactive Software Model of Power Infrastructure
Complete documentation of your entire power chain, from utility to servers
Multiple Power Utilization Values
Manufacturer’s Rated, De-rated, User Specified, Measured Real-time, or Downstream Power Feed Aggregates
Power Chain Visualization
Detailed view of complete or partial power chain with drill-down on individual nodes
Automated Fault Detection
OpenData utilizes artificial intelligence and advanced data analysis to leverage capabilities within control systems to detect unwanted faults.
Circuit Redundancy Definitions
Defines correct mapping for power flow in architectures with redundant paths
Redundancy and Load Testing
Interactively test the effect of adding orsubtracting load or simulating equipment failures
Provides the ability to assign power usage to customers or end-users to support bill-back reporting
Asset Management Support
Works seamlessly with OpenData’s Asset Management Module to prevent power-related service interruptions caused by equipment changes
Canned reports and dashboards for Power metrics and KPI’s
OpenData is the industry’s only fully distributed monitoring solution for gathering real-time performance metrics from across a network of building and IT infrastructure. It offers alarming and event management capabilities across all operational and IT equipment in your smart building, all collected and analyzed at the edge.
OpenData gives you the early warning you need by providing an end-to-end power infrastructure monitoring system that actively polls every device (both IP-based & serial) contributing to your smart building ecosystem. The advantages of the Modius approach include Intelligent Alarms based on configurable computations. Rather than generate an overflow of low-level alerts, OpenData sends you only the alarms you need when they matter most.
Power Chain Mapping
OpenData Power Management provides the ability to build a virtual model of the power chain in your smart building. Every link in the chain, from the utility feed, to servers in the racks are modeled in software and optionally configured for real-time data collection of performance and power metrics. Once the power chain is configured and connected, it can be used to instantly identify load imbalances and locate failing power infrastructure.
OpenData Power Management provides the ability to build a virtual model of individual power panels in your power chain. The software supports panel definition and configuration for the number and arrangement of circuit breakers in the panel. Individual circuit breakers can be monitored for power and performance metrics to support “bill back” invoicing for energy usage and event handling for fault detection.
Once the Power Chain has been modeled, it can be used to assess fail-over conditions for any node in the chain and test redundancy strategies to insure that all downstream assets have adequate power to continue operation in the case of a failure. When PCM is used in conjunction with our Asset Management Module, this power data can be used to verify valid equipment connections, warn the operator of equipment changes that violate power capacity thresholds and report on assets and applications that would be affected by any power related failure.
Want to learn more?
Contact us for more information on OpenData’s Smart Building capabilities.