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Video Monitoring Solution for the 50MW Shadage Wind Power Project in Inner Mongolia

Time：2025-06-19 Views：334

I. Overview

The 50MW Shadage Wind Power Project of Inner Mongolia Northern Longyuan is located in Biketi Village, Shadage Sumu, and is one of the major industrial construction projects in the city. The total investment in the project is 400 million yuan, covering an area of 30 acres. The project primarily consists of the construction of 25 wind turbines with a single unit capacity of 2000 kW and one 35 kV booster station. It is planned that the project will generate over 100 million kWh of electricity annually, with annual sales revenue of 56 million yuan. Compared to a thermal power plant of the same scale, the project can save 30,200 tons of standard coal per year, reduce sulfur dioxide emissions by 338.4 tons, nitrogen oxides emissions by 349.5 tons, carbon monoxide emissions by 8 tons, diminish smoke dust by 40 tons, and decrease ash emissions by 800 tons. The completion of this project will fill the gap in wind power generation in the local area, playing an important role in alleviating regional power grid consumption issues and improving environmental quality. As of the end of July, the 50MW Shadage Wind Power Project has already delivered 56 million kWh of electricity to the grid.

II. System Requirements

With the progress and development of the economy and society, wind power, due to its inexhaustible resources and ease of utilization, has become one of the most mature technologies in renewable energy utilization, with favorable conditions for large-scale development and promising prospects. For this reason, wind power holds a very important position in the national power system. The characteristics of the industry determine that the geographical locations of wind power and generating units tend to be dispersed and remote, which also makes management and safety prevention of power stations, as components of the power network, difficult.

Therefore, achieving unmanned operation and remote management at power stations is of great significance. For a power station to truly realize unmanned operation, it must provide the necessary security guarantees for the power station itself and monitor various objects such as environmental conditions, critical equipment, and key locations, thereby genuinely achieving unmanned operation.

Currently, each turbine has a generation capacity of 2 MW, with a total of 25 turbines. Timely and comprehensive monitoring of the local environment is required.

III. Solution

Solution Introduction

1: Due to the working environment and construction methods of wind farms, the costs of on-site inspections and maintenance are high. Unforeseen failures cannot be addressed timely, necessitating a remote operation and maintenance assistive monitoring system to achieve facility monitoring protection, equipment operation monitoring, remote support for maintenance operations, and operational warnings for equipment. This will reduce the number of routine inspections, elevate regular planned maintenance to predictive maintenance, and improve the utilization and availability of power generation equipment and unit labor productivity.

Wintop's operation and maintenance assistive monitoring solution for the 50MW Shadage Wind Farm in Inner Mongolia consists of 25 turbines forming four WT-Ring networks, with each turbine equipped with an RS608-2GF6T managed switch. The four Ring networks connect to a central monitoring RS609-3GF6T managed switch, where one gigabit port connects to the access switch CS6032-4GF28GT, transmitting front-end video environmental monitoring and turbine vibration monitoring data to the monitoring center.

IV. Product Advantages

u Excellent equipment characteristics, metal casing with fanless cooling, IP40 rating, and wide operating temperature range of -40 to 85 ℃;

u Reliable and stable operation in harsh electromagnetic environments: Passes industrial EMC inspections (high-voltage AC electric field, electrostatic field, arc discharge, thyristors, etc.; natural interference: lightning impact, various electrostatic discharges, magnetic storms, etc.);

u Redundant dual-power design ensures stable and reliable system operation;

u Supports fault alarms, with an all-network managed platform for visual monitoring, allowing for controllable and visible wind farms;

u Communication devices have an MTBF of at least 10 years, with 5 years of free after-sales support;

u Supports switch optical port DDM monitoring technology, allowing real-time monitoring of optical port power, voltage, and temperature conditions.

u Supports WT-Ring and RSTP ring redundancy technologies, ensuring non-disruptive switching of network communication, with WT-Ring redundancy self-healing time of less than 20 ms;

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Video Monitoring Solution for the 50MW Shadage Wind Power Project in Inner Mongolia

Solutions

Advanced R&D Capabilities

Committed to becominga global leader in industrial connectivity

Video Monitoring Solution for the 50MW Shadage Wind Power Project in Inner Mongolia

Committed to becoming
a global leader in industrial connectivity