July 28, 2026, Asia-Pacific Oil and Gas Finance (setkh.com) - With the acceleration of global energy transition and a surge in demand for professional talent in the Asia-Pacific region, the energy practical training industry experienced explosive growth in the first half of 2026. According to the latest data released by the industry research organization Asia-Pacific Energy Education Alliance (APEEA), from January to June 2026, the Asia-Pacific energy practical training market size grew 40% year-on-year, with total trainees exceeding 500,000. Among them, digital technology training became the fastest-growing segment, accounting for 35% of the overall market.
Demand Drivers: Policy and Technology Jointly Fuel Training Boom
The rapid growth in energy training demand is closely linked to government policy directions across Asia-Pacific countries. From late 2025 to early 2026, Southeast Asian countries including Indonesia, Vietnam, and the Philippines successively introduced new renewable energy development plans, explicitly requiring renewable energy installed capacity to exceed 30% by 2030. Meanwhile, China, Japan, and South Korea are accelerating the implementation of carbon peak and carbon neutrality targets. The dense rollout of policies has led to a sharp rise in demand for professionals skilled in photovoltaic operation and maintenance, energy storage system management, and carbon trading.
APEEA Secretary-General Li Minghao said in an interview, "The energy transition requires not only huge capital investment but also a large number of technically proficient and practically capable professionals. Traditional academic education has a long cycle and struggles to meet the rapid iteration needs of the industry. Energy practical training fills this gap, emphasizing rapid conversion from theory to practice and helping trainees master core skills in a short time." In addition, technological change has become a key driver of training market growth. With deep application of technologies such as artificial intelligence (AI), the Internet of Things (IoT), and digital twins in the energy sector, companies urgently need employees to master digital tools to improve operational efficiency and safety. A survey released by the Energy Market Authority of Singapore (EMA) in March 2026 showed that 74% of energy companies said they would prioritize hiring digitally skilled workers in the next two years, up 18 percentage points from 2024.
Digital Training: AI Teaching and Virtual Simulation Become New Hotspots
In this training boom, digital training has been the most eye-catching. Traditional energy practical training mostly relied on offline centralized lectures and on-site hands-on sessions, while in H1 2026, digital courses represented by AI intelligent tutoring, virtual reality (VR)/augmented reality (AR) simulation operations, and remote real-time monitoring training attracted a large number of young trainees. Since the launch of the "AI Energy Assistant" learning system by the Australian Energy Training Centre (AETC) in December 2025, the average completion time for trainees has been shortened by 30%, and the pass rate for practical assessments has increased by 22%. The system uses natural language processing and machine learning algorithms to automatically generate personalized practice plans based on trainees' learning progress and error patterns.
At the training base of Tokyo Electric Power Company in Japan, the VR simulation system has become a required step before new employees start work. Trainees put on VR headsets to enter a virtual power plant for equipment inspection, fault diagnosis, and emergency response operations, ensuring safety while allowing repeated practice. The base director said, "In traditional training, trainees could only access actual equipment during unit shutdowns. Now with VR, the annual training capacity has tripled."
Notably, the Chinese energy practical training institution "Green Energy Academy" launched the first digital twin-based wind farm operation and maintenance course in 2026. Through the platform, trainees can remotely connect to real-time data from actual wind farms and simulate wind turbine fault repair and performance optimization operations in a virtual environment. Within just three months of launch, the course attracted over 2,000 enrollees, 30% of whom came from Southeast Asian countries. Green Energy Academy founder Wang Lei pointed out, "Digital twin not only reduces training costs by 60% but also enables cross-border remote collaborative training. This marks the entry of energy training into a new phase of virtual-real integration."
Course Innovation: Modularization and Micro-credentials Gain Favor
In terms of training course structure, another major trend in H1 2026 is the widespread adoption of modularization and micro-credentials. Traditional energy management courses often last months or even a year, while modular courses break down the knowledge system into independent units, allowing trainees to flexibly choose based on their needs and schedules. For example, the internal training platform of Tenaga Nasional Berhad in Malaysia offers over 20 micro-modules including "Photovoltaic System Design," "Energy Storage Battery Maintenance," and "Carbon Asset Management," each taking 2 to 4 weeks to complete, after which a digital badge is awarded. The company said the micro-credential model increased employee participation by 45% and enabled quick identification and rewards for specific skill holders.
At the same time, the industry certification system is accelerating integration. In April 2026, the three largest energy training certification bodies in the Asia-Pacific region - the International Energy Management Association (IEAM), the Asia-Pacific Energy Engineers Association (APEEA), and the Energy Market Authority of Singapore (EMA) - signed a mutual recognition agreement. This means certificates obtained from any one institution can receive corresponding credits or qualification recognition from the others, greatly enhancing the value and mobility of training certificates.
Intensified Competition in Training Industry, Industry-University-Research Cooperation Becomes Mainstream
The rapid expansion of market size has also attracted more participants. In H1 2026, over 120 new energy practical training institutions were added in the Asia-Pacific region, including cross-border entries from internet education companies and traditional energy equipment manufacturers. To stand out in competition, most institutions choose to establish deep cooperation with universities, research institutes, and equipment suppliers. For instance, "SK Energy Academy," the energy education platform under South Korea's SK Group, jointly developed the "Hydrogen Energy Full Industry Chain Practical Training Course" with Seoul National University's New and Renewable Energy Research Institute, providing complete experimental equipment from water electrolysis hydrogen production to fuel cell applications. Trainees can learn theory in class and conduct hands-on practice in real production environments.
The deepening of industry-university-research cooperation is also reflected in the speed of course content updates. Thanks to continuous participation from industry experts and frontline engineers, many training institutions have shortened their course update cycles from 18 months to 6 months or even less. An energy training institution in Bangalore, India, "GreenPro," said its "Grid-Scale Energy Storage System Integration" course is updated quarterly, keeping pace with the latest released IEEE standards and local grid connection codes.
Challenges and Outlook: How to Ensure Training Quality and Sustainable Development
Despite the booming market, the energy practical training industry still faces many challenges. First, there is a notable shortage of instructors. Compound talent with both energy practical experience and teaching expertise is scarce, especially in emerging fields such as offshore wind, hydrogen energy, and carbon capture. According to APEEA statistics, the gap for qualified energy training instructors in the Asia-Pacific region exceeds 15,000. Second, due to relatively low entry barriers in the training industry, some institutions have uneven course quality and insufficient certification credibility, damaging trust from trainees and enterprises.
In response, the Energy Market Authority of Singapore (EMA) announced in June 2026 that it will introduce a mandatory Energy Training Quality Accreditation Standard (ETQAS) by January 2027, requiring all institutions providing energy training locally to pass reviews in three areas: course content, instructor qualifications, and teaching facilities. Several multinational agencies are also considering jointly establishing the "Asia-Pacific Energy Training Quality Alliance" to promote industry self-discipline.
Looking ahead to the second half of 2026 and 2027, the Asia-Pacific energy practical training market is expected to maintain an annual growth rate of over 30%. With the continued increase in renewable energy installed capacity and the advancement of smart grid upgrades, demand for talent in sub-sectors such as operation and maintenance, dispatching, and trading will further expand. In addition, emerging roles such as carbon market traders and energy data analysts are becoming research hotspots for training courses. It is foreseeable that energy practical training will not only be a tool to enhance individual career competitiveness but also become one of the cornerstones of the success of the Asia-Pacific energy transition.
