NOVA-MS-DG Diesel Generator Module Background
IDC SMART MODULE

OPTA NOVA-MS-DG Diesel Generator Module

As a core emergency power supply unit for AI computing centers, it is specifically designed for uninterrupted power supply scenarios in computing rooms. Equipped with a high-power stable power generation system, it can quickly replenish energy during power outages.

Overview

As a core emergency power supply unit for AI computing centers, it is specifically designed for uninterrupted power supply scenarios in computing rooms. Equipped with a high-power stable power generation system, it can quickly replenish energy during power outages, ensuring the continuous operation of AI computing clusters and avoiding computing interruptions and data loss. The overall shelter adopts a high-strength protective design, suitable for outdoor and machine room supporting deployment. It supports intelligent group communication linkage and can be connected to the BA system to achieve remote monitoring and intelligent scheduling. At the same time, it supports personalized customization to adapt to the power supply needs of different computing scales.

Key Specifications

Model:NOVA-MS-DG
Rated Power:1800 kW
Voltage Level:380 V
Overall Dimensions:12192 mm (L) × 2438 mm (W) × 2896 mm (H)
Fire Rating:2H fire-rated enclosure
Corrosion Protection:C4 industrial-grade corrosion protection
Protection Rating:IP55 dust and water protection
Outgoing Method:Bottom cable outlet
NOVA-MS-DG Diesel Generator Module

Key Features

Emergency Power Assurance

High-power stable generation system that quickly replenishes energy during outages, keeping AI compute clusters running and preventing data loss.

High-Strength Protective Shelter

2H fire-rated, C4 corrosion-protected, IP55 enclosure designed for outdoor and machine room deployment.

Intelligent Linkage & Remote Monitoring

Supports intelligent group communication linkage and BA system integration for remote monitoring and smart scheduling.

Customizable Design

Personalized customization available to match power supply requirements at different compute scales.