Perhutani Perhutani Garut Dukung PLN Lakukan Pemeliharaan Jalur Transmisi Di Kawasan Hutan |
Perum Perhutani KPH Garut and PT PLN conducted Right of Way (ROW) maintenance on June 16, 2026, by pruning tree branches near High Voltage Overhead Lines (SUTT) in the Tarogong forest area. According to KPH Garut Head Herdy Indriawan, this collaboration ensures electricity reliability and forest safety for the Garut community.
Why is Right of Way (ROW) maintenance critical for power grids?
ROW maintenance prevents vegetation from interfering with high-voltage electricity transmission. In the recent operation at Petak 25d, RPH Tarogong, teams focused on removing branches that grew too close to SUTT cables. Sandri, a representative from PLN, stated that these efforts are essential to prevent network disruptions caused by tree growth.
When branches touch high-voltage lines, they can cause “flashovers” or short circuits. This leads to localized power outages or, in worst-case scenarios, forest fires. By maintaining a clear corridor, utility companies reduce the risk of unplanned downtime.
How does the Perhutani-PLN partnership impact local energy stability?
The synergy between forest managers and utility providers ensures that infrastructure doesn’t clash with environmental preservation. Herdy Indriawan, Administratur of KPH Garut, noted that Perhutani is committed to supporting PLN to maintain operational smoothness in the field.
This partnership involves coordinated deployment. For the June 16 operation, the team included Asper BKPH Leles Risep, HKKP Head Handryatna, and Polhutmob Commander Doni Rahayu. This multi-agency approach ensures that pruning happens without damaging the overall health of the forest ecosystem.
What are the future trends in utility vegetation management?
Industry shifts suggest a move from reactive pruning to predictive maintenance. While the Garut operation relied on manual inspection and pruning, global trends point toward the integration of LiDAR (Light Detection and Ranging) technology. LiDAR uses laser pulses to create 3D maps of vegetation, allowing utilities to identify “danger trees” before they reach the power lines.
According to data from global utility standards, satellite imagery and AI-driven growth modeling are becoming standard for managing vast forest corridors. These tools allow companies to schedule pruning based on the specific growth rate of local species, reducing the need for frequent manual patrols.
The shift toward “Smart Grids” and Green Corridors
Future infrastructure is moving toward “Green Corridors.” This involves planting low-growing, native shrubs under transmission lines instead of allowing tall trees to grow. This strategy maintains biodiversity while eliminating the need for aggressive pruning cycles.
Integrating these corridors with smart grid sensors can also notify operators in real-time when a branch falls, allowing for faster response times than traditional reporting methods.
Frequently Asked Questions
What exactly is Right of Way (ROW)?
ROW is the legal right to use a strip of land for a specific purpose, such as power lines. In utility terms, it is the cleared area under and around power lines to ensure safety and access.
Who is responsible for pruning trees near power lines?
Responsibility typically falls on the utility provider (like PLN) in coordination with the land owner or manager (like Perhutani), as seen in the Garut maintenance project.
Does pruning damage the forest?
When done correctly, as indicated by the Perhutani-PLN collaboration, pruning targets only the limbs that threaten the grid, preserving the overall health of the forest canopy.
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