What is the primary purpose of the emergency tower developed by PLN Puslitbank?

The emergency tower, known as TCOR or Tikor, is designed to accelerate recovery efforts when electrical infrastructure is damaged following natural disasters in Indonesia.

What key advantages does the Indonesian-made Tikor offer compared to previously imported emergency towers?

Tikor offers a fast, lightweight, strong, and affordable solution, boasting a high local content (TKDN) while maintaining international safety and quality standards.

What specialized expertise and resources were used in the innovation and development process of Tikor?

The process involved experts in engineering design, simulation, manufacturing technology, and material engineering, utilizing testing facilities at UGM, Labancangan, and Labik.

What material is used in the construction of the Tikor unit?

Tikor uses superior material, specifically Aluminum 6061T6, combined with a modular design for ease of assembly and transportation.

How does the development and use of Tikor align with PLN’s overall vision?

Tikor supports PLN’s vision to become a leading power company in Southeast Asia by ensuring reliable energy supply, especially in remote areas, through domestically controlled technology.

PLN FINAL - Youtube AI Summary

PLN Puslitbank & Energy Resilience
📌 PLN Puslitbank is at the forefront of energy innovation in Indonesia, focusing on sustainable and affordable energy solutions amidst global challenges.
⚡ Indonesia's location on the Pacific Ring of Fire makes it highly vulnerable to natural disasters (e.g., earthquakes, storms) that frequently damage electrical infrastructure.
💡 To address infrastructure vulnerability, PLN developed innovative solutions, notably the emergency tower to accelerate recovery after natural disasters.

TCOR: Domestic Emergency Recovery Solution
🛠️ TCOR (Transmission Collaborative Recovery Equipment) is a revolutionary emergency restoration tool created entirely in Indonesia by local experts.
🔗 TCOR offers a fast, lightweight, strong, and affordable solution to quickly restore damaged electrical infrastructure, moving away from reliance on imported emergency towers.
🔬 Development involved multidisciplinary experts in engineering design, simulation, manufacturing technology, material engineering, and casting technology, utilizing labs like UGM and various PLN facilities.

Manufacturing and Quality Assurance
⚙️ The development process involved stakeholder identification, concept evaluation (mechanical and manufacturing), and prototyping, culminating in production starting in 2023-2024.
🤝 TCOR production is achieved through collaboration with local industrial partners (extrusion, blanking, welding) ensuring high standards, precision, and quality control.
💪 TCOR utilizes superior Aluminum 6061T6 material, features a modular design for easy assembly/transport, boasts a high TKDN (Domestic Component Level), and meets international strength standards after rigorous testing.

Key Points & Insights
➡️ Using TCOR significantly reduces equipment procurement costs compared to imported solutions while simultaneously supporting local job creation.
➡️ The successful development of TCOR demonstrates PLN’s commitment to mastering technology for increased efficiency and reliability in the Indonesian power system.
➡️ PLN aims to be the leading energy solutions provider in Southeast Asia, emphasizing that a strong, reliable transmission system is crucial for uninterrupted power delivery from generation to the customer.

📸 Video summarized with SummaryTube.com on Nov 28, 2025, 04:07 UTC

PLN FINAL

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