HPE R7000 UPS 15kVA

The HPE R7000 UPS 15kVA is a rack-mounted, three-phase online double-conversion uninterruptible power supply engineered for enterprise data centers and mission-critical infrastructure environments. Operating on a true double-conversion topology, it provides complete galvanic isolation between input and output, eliminating voltage fluctuations, harmonic distortion, and frequency instability from reaching connected loads. The unit supports a wide input voltage range and power factor correction to minimize stress on upstream electrical infrastructure, making it suitable for deployment in facilities with variable or unreliable grid conditions. With a compact 12U rack form factor, the R7000 optimizes floor space utilization while delivering the power density demanded by high-density compute and storage deployments launched into production in 2025-Q1.

A defining capability of the HPE R7000 UPS 15kVA is its 98% efficiency rating achieved in eco-mode operation, which significantly reduces heat dissipation and facility cooling overhead compared to conventional UPS designs. When grid conditions are stable, eco-mode passes power through a static bypass with minimal conversion loss, automatically reverting to full double-conversion protection within milliseconds upon detecting anomalies. This intelligent efficiency management directly translates to measurable reductions in power usage effectiveness (PUE) metrics at the data center level. The optional Lithium-Ion battery configuration provides substantial advantages over traditional VRLA technology, including reduced weight, longer cycle life exceeding 10 years, faster recharge times, and a wider operating temperature range that relaxes battery room environmental requirements.

The HPE R7000 UPS 15kVA integrates natively with Schneider Electric EcoStruxure architecture, enabling centralized power monitoring, predictive battery health analytics, and automated load management through a unified management plane. The embedded network management card exposes SNMP, Modbus TCP, and REST API interfaces, allowing integration with HPE OneView, OpenManage, and third-party DCIM platforms. Scalable runtime extension is supported via external battery module cabinets, and the unit features hot-swappable battery modules to facilitate maintenance without planned downtime windows. Redundant N+1 parallel operation supports up to four units for higher availability configurations in Tier III and Tier IV data center designs.

Ideal for

• Enterprise data center rack rows requiring three-phase power conditioning and runtime backup for blade server chassis, high-density GPU compute nodes, and all-flash storage arrays
• Colocation facilities deploying standardized power protection infrastructure across multiple tenant zones with centralized EcoStruxure monitoring and SLA-driven uptime reporting
• Financial services trading floor infrastructure where sub-millisecond transfer to battery is mandatory to prevent transaction processing interruptions during grid events
• Healthcare IT environments powering electronic health record systems, PACS imaging servers, and clinical decision support platforms requiring uninterrupted 24x7 operation
• Industrial edge data centers and manufacturing execution system deployments where wide input voltage tolerance and rugged battery chemistry withstand challenging thermal environments
• High-performance computing clusters and AI training infrastructure requiring stable, clean three-phase power to protect sensitive GPU accelerator nodes from voltage sags and harmonic disturbances

Technical specifications

Available from Omnixon Global. Submit an RFQ and our team will confirm configuration and availability for your order.