Jakarta, 31 October 2024 – Jakarta State University (UNJ) shows a real and ambitious commitment in the transition to a sustainable campus by announcing the target of achieving 100% renewable energy and Net Zero Emissions by 2045. This strategic step is in line with the blueprint for developing modern campus infrastructure, one of which is stated in the broadcast entitled “UNJ CIKARANG CAMPUS MASTERPLAN 2022” uploaded by the PAPI UNJ channel.

This commitment was realized through the inauguration of two UNJ SFD project buildings by the Minister of Education, Culture, Research and Technology (Mendiktisaintek) which specifically carried the concept of Smart and Green Building. This new building not only functions as an academic facility, but also becomes a real model for implementing clean energy.

Architectural Innovation for High Energy Efficiency

The two SFD UNJ project buildings were designed with a high energy efficiency system, optimizing natural resources and advanced technology. The main features of this building include:

Utilization of Natural Lighting: Design that maximizes the entry of sunlight, reducing dependence on electric lighting during the day. Smart Ventilation: A system that is automatically regulated to ensure optimal air circulation, minimizing the use of air conditioning (AC). data, ensuring all systems run efficiently.

This design strengthens UNJ's role as a pioneer university in green education in Indonesia, which combines technology, policy and environmental awareness in one integrated vision.

Masterplan as a Vision of the Future

The 2022 UNJ Cikarang Campus Masterplan video is a visual representation of this transformation, showing how modern and environmentally friendly infrastructure will support a sustainable academic ecosystem. This master plan is concrete evidence that the steps towards Net Zero Emissions 2045 have started from the architectural planning stage.

By integrating clean energy and energy efficiency principles into its main infrastructure, UNJ not only reduces its carbon footprint, but also creates a living laboratory for the academic community. This campus is a practical learning model in applying clean energy principles, which is expected to produce graduates who are ready to lead the energy transition in the future.