High-Frequency Modular UPS

HPM100 Modular UPS — Flagship High-Density Backbone for Large-Scale Critical Power

Model: HPM300/100-1200/100
Specification: 100KVA Modular
Size: 442×750×130mm
Weight: 226-825Kg
Description: Flagship-tier HPM Modular UPS — high-frequency online double-conversion protection for hyperscale data halls, colocation floors, and large enterprise cores, with cabinet-first modular scalability.
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HPM Modular UPS — Flagship High-Density Backbone for Large-Scale Critical Power

In a world where every rack matters and every minute of downtime hurts, the flagship tier of the HPM modular UPS family stands ready to be the silent backbone of your most demanding environments. Engineered as a high-frequency, online double-conversion platform, it carries the weight of hyperscale data halls, colocation floors, and large enterprise cores — and it does so with the calm confidence of a system that has been thought through, tested hard, and refined for the realities of modern power.

Built for the rooms where uptime is not negotiable

This is the platform to specify when the room in front of you is the heart of the business. Cloud regions, financial trading hubs, telco core sites, government command centres, and large colocation halls all share one demand: they need protection that scales with them, recovers quickly, and never pretends a fault is something else. The HPM flagship tier answers that with a cabinet-first architecture in which every subsystem — power, bypass, control, and monitoring — is treated as a first-class citizen, not an afterthought.

Where it makes the difference

Hyperscale and colocation halls serving global cloud, SaaS, and content providers.
Large enterprise data centres and mission-critical core rooms in finance, telecom, and government.
Disaster-recovery and business-continuity centres that must come up cleanly when called.
Healthcare and research campuses where extended outages translate directly to risk.
Edge-of-the-network aggregation hubs that still expect hyperscale-class reliability.

What you gain

A dense, cabinet-based modular foundation you can grow one module at a time, avoiding the over-build of yesterday or the under-build of tomorrow.
Online double-conversion topology that protects sensitive IT and OT loads from every kind of mains disturbance — sags, surges, transients, and frequency drift.
An ultra-wide input voltage and frequency window that holds the load through brownouts and generator hand-offs without burning battery cycles.
A high-efficiency path that pushes online efficiency into the upper ninety-percent range, with intelligent sleep modes that keep light-loaded systems honest about power.
AI-adaptive load awareness that tunes itself to the realities of mixed IT loads — so the UPS is not just running, it is running well.
Independent power, bypass, and control modules, each hot-swappable, so any service event can be planned around the business, not the other way around.
A colour touchscreen and remote-monitoring integration that make every parameter — input, output, load, battery health — visible at a glance, on site or from a NOC.

How the platform works for you

High-frequency IGBT rectification meets digital control on a single, well-instrumented stage. The output is the clean sine wave your servers, storage arrays, and network switches actually want — and it stays clean even when the input is anything but. Modular hot-swap means a replacement module can be slid in without powering down the load, while intelligent battery management extends battery life, charges correctly, and warns long before a runtime problem becomes a room problem. The cabinet is engineered for serviceability: cables route cleanly, modules lock positively, and firmware updates are routine. And because every module is its own monitored citizen, the system tells you when something is drifting — not after it has failed.

Service, integration, and lifecycle

The HPM flagship tier is supported by a global logistics and field-service network, with regional spares, factory-trained engineers, and predictable maintenance schedules. It integrates cleanly with the leading DCIM and BMS platforms via standard communication interfaces, supports remote firmware management, and is designed for multi-generation upgradeability so today's cabinet can host tomorrow's smarter modules. That is what a backbone should do: stay useful, stay available, and stay out of the way.

Frequently Asked Questions

Is this tier overkill for a mid-size site? It is sized for the largest rooms; smaller environments can step down to a mid-class or compact configuration within the same HPM family.
Can the platform grow without downtime? Yes — additional power and bypass modules slide into the live cabinet while the load continues on the existing modules.
How does it behave on poor mains or generator power? The ultra-wide input window and gentle generator hand-off keep the load clean and avoid needless battery drain.
What about monitoring and alerting? A colour touchscreen on the cabinet plus remote-monitoring interfaces expose input, output, battery, and module health to your NOC or DCIM platform.
How is service handled? Modular replacement, regional spares, factory-trained engineers, and scheduled preventive maintenance keep MTTR short and predictable.
Does it support lithium and traditional batteries? Yes — the battery subsystem is configurable for VRLA or lithium banks, and the charger adapts to chemistry.
Is the system future-proof? Modular firmware upgrades and field-replaceable control modules extend the useful life of the cabinet across generations.
What is the warranty and support model? A standard multi-year warranty backed by global service options and on-call engineering support.

Information Security and Data Protection

This platform is designed with operational security in mind. Access to settings, parameters, and historical logs is role-based, audit-friendly, and aligned with common information-security frameworks used in data centre and critical-infrastructure operations. Communication between the UPS and external monitoring systems uses industry-standard, encrypted protocols where supported by your management platform. Operational telemetry remains confined to the equipment and the systems you choose to connect it to — we do not relay, store, or claim ownership of your facility data.