Introduction
The high growth of energy consumption in Indonesia demands diversification of energy sources, including small-scale development such as micro-energy. Undergraduate Energy Systems Engineering students have a strategic opportunity to be part of this solution. Micro-energy is not only relevant in the context of rural and remote areas, but also an important part of a sustainable energy system in the future.
As an archipelago with complex electricity distribution challenges, Indonesia needs a decentralized approach to energy. The Energy Systems Engineering undergraduate program is here to produce future engineers who understand, design, and implement micro-energy technology in an appropriate manner.
Micro Energy
Micro-energy sources refer to small-scale generation systems that are typically used to serve local communities, households, or remote facilities. Typically, micro-energy utilizes local potential such as small streams of water, low-speed wind, or moderate intensity sunlight.
The application of this technology has several advantages:
- High scalability and flexibility
- Low operational costs
- Minimal environmental impact
- Suitable for off-grid areas
The Importance of Micro Energy Studies in Undergraduate Energy Systems Engineering
The Energy Systems Engineering undergraduate program provides a space for students to learn and experiment:
- Analyze micro-energy potential locally and nationally
- Design micro hydro, wind microturbine, and hybrid systems
- Simulate energy load and system efficiency
- Apply smart grid technology in a micro context
With an interdisciplinary approach and hands-on practice in the field, students will be prepared to face real challenges in micro-energy development in various parts of Indonesia.
Definition and Characteristics of Micro Energy Sources
What is Micro Energy?
Microgeneration is a low-capacity power generation system, generally under 100 kW, designed to meet the energy needs of small communities or individual facilities. These systems are typically off-grid or part of a hybrid energy system.
Some of the main characteristics of micro energy sources include:
- Small scale (micro): Output power between 1 kW and 100 kW
- Locally based: Utilize local energy potential (water, wind, biomass, solar)
- Decentralized: Not dependent on the PLN grid
- Modular system: Easy to expand or customize as needed
Micro-energy is the main choice in remote areas, small islands, or areas that are not economically accessible by conventional electricity networks.
Interested in becoming a micro energy expert who has an impact on society?
Immediately register yourself at Telkom University’s Energy Systems Engineering Undergraduate Program and be part of a green and energy independent future solution.
Tags : S1 Teknik Sistem Energi | Electricall Energy Engineering
Author: Rasyifa Putri Raidah – Directorate of Information Technology Center
