Nlyte Energy Optimizer is a scalable and hardware-agnostic system designed for managing and tracking the data center power chain. This infrastructure power management system improves energy consumption, reduces risks within the power chain, and validates remote site performance. It provides an interactive, dynamic power chain analysis tool to ensure resilience and reduce downtime, allowing users to simulate power chain failures and gain insights into power capacity and availability. The tool also offers dynamic real-time heat maps and comprehensive capacity utilization tools to manage costs and plan for future needs. With Nlyte Energy Optimizer, all information across the global compute infrastructure is available for analysis and reporting, facilitating increased collaboration across multiple teams with a rich set of historical data. It also provides a rich data repository accessible to ITSM and other BI applications, ensuring accurate financial reporting within the IT organization and across business units and customers. Real-time power, temperature, and other monitored data can be shared across multiple teams and applications, improving operational efficiency through pre-built connectors to major vendors and customizations available through extensive APIs.

Features:

• Risk Mitigation: Ensure resilience and reduce downtime with an interactive, dynamic power chain analysis tool. Simulate power chain failures and gain insight into power capacity and availability.
• Energy and Cost Optimization: Dynamic real-time heat maps and comprehensive capacity utilization tools manage costs today and have the information needed to plan and build for the future.
• Reporting: All the information across the global compute infrastructure is available for analysis and reporting. Provides for increased collaboration across multiple teams with a rich set of historical data.
• Financial Accountability: A rich data repository is available to ITSM and other BI applications to ensure accurate financial reporting within the IT organization and across business units and customers.
• Systems Integration: Real-time power, temperature and other monitored data is shared across multiple teams and applications. Improves operational efficiency through pre-built connectors to all major vendors, and customizations are available through extensive API’s.

Common Use Cases for Energy Optimizer

• Power Failure Simulation and Prevention
• Energy Capacity Planning
• Energy Optimization and Cost Reduction
• Branch Circuit Monitoring
• Virtual Power Distribution Unit
• Improve Labor Expenses
• ITSM Integration