OSS tasks in a power system

Operation Support Systems (OSS) originally emerged as a system for monitoring and controlling equipment in the telecommunications industry. Over time, OSS systems have become more functional in enabling the coordination of processes and resources within a company, allowing for the planning and operation of equipment in a cellular network.

In addition to their development in the telecommunications industry, OSS systems are now applied in other sectors, such as power generation and distribution, as a means of supporting efficient and reliable operation of the power grid, as well as managing the production and distribution of electricity.

Key tasks performed by an Operation Support System in the power sector include:

Monitoring and control: In real-time, an OSS collects data from all elements of the power grid, including power stations, substations, transmission lines, and distribution networks. This allows operators to monitor the network’s condition, identify potential issues, and take corrective actions.
Network optimization and stability: The OSS analyzes data on operating parameters such as power flows and voltage levels, identifying bottlenecks and optimizing load distribution to ensure balanced power supply. This helps prevent overloads, minimize network losses, and maintain stable and reliable power supply.
Fault detection and troubleshooting: The Operation Support System monitors network performance indicators and detects anomalies such as equipment failures or voltage fluctuations, alerting operators. This enables timely troubleshooting, reducing downtime and the risk of network or equipment failures.
Asset management and maintenance: The OSS facilitates efficient asset management and maintenance. It helps monitor the condition of critical devices such as transformers, circuit breakers, and distribution devices. Based on equipment condition data, operators can plan maintenance effectively, preventing breakdowns and avoiding unnecessary repair costs, thus extending the lifespan of assets.
Energy efficiency and demand response: OSS supports demand response programs. The system provides insights into energy consumption patterns, peak load periods, and load profiles. This information enables the implementation of demand response strategies, promotes energy conservation, and optimizes load management to reduce peak demand and overall energy consumption.
Integration and interoperability: An Operation Support System enables interaction between different parts of the power system. It integrates with systems such as dispatch control, data collection, energy management, and other operational systems. This integration ensures efficient data exchange, coordinated control, and process optimization.

By leveraging the capabilities of OSS, power companies enhance the reliability of their power grids, optimize resource utilization, reduce downtime, minimize losses, and efficiently manage their infrastructure. This leads to reduced costs in power generation and supply, benefiting both the companies and the consumers.

You can find more information about our experience in developing Operation Support Systems at the following link.