I. Industry Pain Points

   In substations, photovoltaic and wind power step-up stations, and machine rooms at grassroots power plants, core equipment primarily consists of power measurement and control hosts, distribution network automation equipment, and environmental and operational monitoring servers, all of which typically feature VGA interfaces; Power equipment rooms require high stability, zero downtime, and ease of operation and maintenance. Traditional, disparate keyboards, mice, and monitors have high failure rates and result in cluttered cabling, failing to meet the requirements for standardized and regulated management of power equipment rooms. This leads to high costs for on-site equipment commissioning, routine inspections, and maintenance.

II. VOELLS Compatible Products and Solution Deployment

The VOELLS VGA Rack-Mounted KVM Control Platform is specifically designed for power distribution rooms at the grassroots level, offering ultra-simple deployment and stable, reliable performance:

1. Core Product: VOELLS VGA Rack-Mounted KVM Control Platform

2. Deployment Method: Centralized rack-mounted installation in power plant server rooms. Featuring an integrated VGA display and keyboard/mouse design, a single device centrally manages multiple power measurement, control, monitoring, and automation hosts within the rack. The device supports wide-voltage operation and hot-swappable upgrades, ensuring no disruption to power business system operations throughout the process, and is tailored to the power industry’s 24/7 on-site maintenance and operation model.

III. Key Advantages of the Solution

1. Deeply optimized for mainstream VGA-interface devices in the power industry, offering strong compatibility and enabling implementation with zero modifications and low costs;

2. Highly stable hardware architecture that supports uninterrupted operation throughout the year, meeting the power system’s core requirement of zero downtime;

3. Integrated design that streamlines server room peripherals and organizes cabling, meeting standardized acceptance criteria for power server rooms;

4. Rapid local switching control enables operations and maintenance personnel to quickly troubleshoot equipment failures, ensuring the safe and stable operation of power equipment.

IV. Application Scenarios

High- and low-voltage substation equipment rooms in urban and rural areas; wind power/solar power step-up station equipment rooms; O&M equipment rooms at small thermal power plants; and power system environmental and operational monitoring equipment rooms