1. Enhancing Energy Efficiency
Power electronics enables the optimization of energy usage in ICT networks. By efficiently converting and controlling electric power, it helps reduce energy losses and improves overall energy efficiency. This is particularly relevant in data centers, where large amounts of power are consumed to support the operation of numerous servers and networking equipment.
1.1. DC Power Distribution
One of the key applications of power electronics in ICT networks is the implementation of DC power distribution. Traditional AC power systems suffer from high energy losses due to the required conversions between AC and DC voltages. By utilizing power electronics-based DC distribution, energy losses can be minimized, resulting in significant energy savings.
2. Enabling Renewable Energy Integration
The increasing adoption of renewable energy sources, such as solar and wind, in ICT networks necessitates the integration of power electronics. These sources generate DC power, which needs to be converted to AC power for compatibility with existing network infrastructure. Power electronics-based converters facilitate the seamless integration of renewable energy, enabling its efficient utilization in ICT networks.
3. Facilitating Power Quality Improvement
Power electronics plays a vital role in enhancing power quality in ICT networks. It helps mitigate issues like voltage sags, harmonic distortions, and transient faults that can adversely affect network performance. Through the use of power electronic devices, such as voltage regulators and active power filters, power quality can be maintained at optimal levels, ensuring reliable and stable operation of ICT systems.
3.1. Voltage Regulation
Power electronics-based voltage regulators ensure a stable and controlled voltage supply to ICT equipment. They help prevent voltage fluctuations, which can damage sensitive electronic components and disrupt network operations. By maintaining a consistent voltage level, power electronics contribute to the reliable functioning of ICT networks.
Power electronics plays a pivotal role in modern ICT networks by enhancing energy efficiency, enabling renewable energy integration, and facilitating power quality improvement. Its applications in DC power distribution, voltage regulation, and harmonic mitigation contribute to the overall reliability and performance of ICT systems. As technology continues to advance, power electronics will remain a crucial component of future ICT networks.
1. What are the primary applications of power electronics in ICT networks?
Power electronics finds applications in DC power distribution, voltage regulation, and renewable energy integration in ICT networks.
2. How does power electronics contribute to energy efficiency in ICT networks?
Power electronics helps minimize energy losses and optimize power usage, resulting in improved energy efficiency in ICT networks.
3. What role does power electronics play in ensuring power quality in ICT networks?
Power electronics-based devices facilitate voltage regulation and harmonic mitigation, ensuring stable power supply and improved power quality in ICT networks.
- Key Dates
- Close of earlybird 18 August 2017
- Final Paper Submission18 August 2017
- Accommodation booking deadline18 September 2017
- 9am - Tutorials and Welcome reception 22 October 2017
- Main stream conference 23 - 26 October 2017
- Conference closes at 4:30pm26 October 2017
- INTELEC© 201722-26 October 2017