Introduction
In today’s era of digitalization and global energy transformation, an effective and reliable electricity distribution system is becoming more important. Smart Grid technology is an innovative solution that incorporates information and communication technology in the power grid, enabling smarter and more responsive energy management. To achieve energy sustainability and electricity distribution efficiency in Indonesia, the implementation of Smart Grid technology is an important part of the national strategy.
What is Smart Grid?
Smart grids utilize digital technologies to manage and optimize energy production, distribution, and consumption. By enabling two-way communication between providers and customers, the Smart Grid enables rapid response to changes in demand and network conditions.
Key Components of Smart Grid
- Smart Meter: Measures the amount of energy used in real-time and enables dynamic tariffs.
- Sensors and actuators: Monitors grid conditions and automatically regulates electricity flow.
- Communication System: All components are connected for secure and fast data exchange.
- The Analytics Platform serves to improve decision-making by analyzing data.
Benefits of Smart Grid Implementation
The implementation of Smart Grid brings significant benefits to the energy distribution system:
- Energy Efficiency: Reduce energy loss during distribution and transmission
- Renewable Energy Integration: Allows the use of renewable energy such as wind and solar.
- Network Reliability: Identify and deal with disruptions quickly to reduce damage.
- Consumer Participation: Provide information to consumers on how to save energy.
Challenges and Solutions for Smart Grid Implementation in Indonesia
Despite the tremendous potential, Smart Grid implementation in Indonesia faces a number of issues:
Solutions to this problem include:
- Public-Private Partnerships: Allows the private sector and government to work together for infrastructure investment and development.
- Human Resource Development: Training and education enhance human resource capacity.
- Progressive Regulation: Creating regulations that support the advancement and adoption of new technologies.
The Role of Education in Supporting Smart Grid: S1 Energy Systems Engineering Telkom University
To support the development and implementation of Smart Grid, competent experts in the field of energy systems engineering are needed. Telkom University’s S1 Energy Systems Engineering Study Program offers a curriculum designed to produce graduates who are ready to face challenges in the modern energy sector.
Program Advantages:
- Integrated Curriculum: Combines theory and practice in renewable energy, power systems, and information technology.
- Modern Facilities: Laboratories with state-of-the-art equipment for simulation and research.
- Industry Partnerships: Collaboration with energy companies for internships and research projects.
- Accreditation: Accredited with a Good rating by LAM TEKNIK of the Republic of Indonesia.
It’s time to innovate in the world of energy! By joining Telkom University’s Bachelor of Energy Systems Engineering, you will not only learn theory, but also hands-on practice in renewable energy projects and Smart Grid technology.
Achieve a bright future in sustainable and modern energy. Apply now!
Reference :
Berlianto, G. (n.d.). Smart Grid untuk layanan jaringan listrik masa depan. Scribd. https://www.scribd.com/document/729257310/Smart-Grid-Untuk-Layanan-Jaringan-Listrik-Masa-Depan
Sinaga, N. D. H., Sasue, N. R. R. O., & Hutahaean, N. H. D. (2021). Pemanfaatan energi terbarukan dengan menerapkan smart grid sebagai jaringan listrik masa depan. JOURNAL ZETROEM, 3(1), 11–17. https://doi.org/10.36526/ztr.v3i1.1251
Tags : S1 Teknik Sistem Energi | Smart Grid
Author: Rasyifa Putri Raidah – Directorate of Information Technology Center
