Tiếng ViệtIn large-scale solar power projects, occupational safety has become a top priority, especially in environments involving rooftop work at height and high-capacity electrical systems. At the ILSHINVN rooftop solar project located in Phuoc Dong Industrial Park, safety management is being systematically implemented through daily Toolbox Meetings (TBM)—ensuring construction progress while maintaining strict risk control.
Large-Scale Project in Phuoc Dong Industrial Park
The ILSHINVN rooftop solar project is being deployed at ILSHIN Vietnam Co., Ltd., Lot 30-04, N14 Road, Phuoc Dong Industrial Park, Truong Mit Commune, Tay Ninh Province. With a total installed capacity of 9,999.375 kWp, this is one of the largest rooftop photovoltaic (PV) systems in the region.
The project aims to utilize factory rooftop space to generate clean electricity for on-site consumption. However, given its scale, stringent construction management is required—particularly in ensuring safety for technical personnel working on-site.
TBM – Proactive Safety Control from the Start of Each Day
The Toolbox Meeting (TBM) is conducted daily before the start of each work shift. This is a critical process to communicate work plans, identify potential hazards, and align on safety measures across the entire technical team.
During each TBM session, key activities include:
Daily work scope briefing
Hazard identification for each work zone
Implementation of preventive safety measures
This proactive approach enables workers to anticipate risks rather than react to incidents after they occur.
Additionally, compliance with Personal Protective Equipment (PPE) requirements and site safety regulations is consistently reinforced. This helps establish a strong safety culture—especially important in high-risk environments such as rooftop work, electrical system interaction, and the use of specialized equipment.
Strict Control of Personnel and Equipment
Beyond communication, TBM activities at the project also involve direct safety checks prior to construction. All tools and equipment are inspected to ensure they meet technical requirements and are free from defects.
At the same time, workers’ health conditions are assessed and confirmed before they begin their tasks. This is essential to minimize risks related to physical fitness and the ability to perform under demanding site conditions.
All personnel attending the TBM are required to sign off, confirming their understanding and commitment to the safety protocols. This process not only strengthens control but also reinforces individual accountability on-site.
Safety – A Key Factor in Ensuring Project Progress
In practice, rooftop solar projects often involve large working areas, extended timelines, and complex technical scopes. Without effective safety management, the risk of project delays is significant.
The consistent implementation of daily TBM at the ILSHINVN project demonstrates a proactive approach to construction management. Rather than reacting to incidents, the project emphasizes early risk prevention—minimizing disruptions and ensuring overall schedule adherence. This also reflects a broader industry trend, where safety standards are increasingly elevated and considered a key benchmark in evaluating contractor capability within renewable energy projects.
INS Energy – Delivering Safe and Efficient Project Execution
As the EPC contractor, INS Energy not only focuses on construction progress and technical quality but also prioritizes the implementation of structured safety management processes at every stage.The daily TBM practice is an integral part of the project’s safety management system, ensuring that all activities comply with stringent standards.
With extensive experience in delivering large-scale rooftop solar projects, INS Energy provides end-to-end solutions—from site survey and system design to installation and operation—while maintaining strict control over safety throughout the project lifecycle.
Businesses seeking an efficient, reliable, and safety-driven solar solution are encouraged to contact INS Energy for consultation and deployment of optimized, sustainable PV systems.