June 2026 – The Asia–Pacific region sits at the heart of the global energy transition. Accounting for nearly half of global greenhouse gas emissions and driving the majority of future energy demand growth, its trajectory will decisively shape global climate outcomes. Governments across the region have set ambitious renewable energy targets, expanded policy frameworks, and accelerated investment in clean energy. By 2035, many economies aim to substantially increase clean electricity generation, aligning with commitments to reduce energy intensity and decarbonize.
Yet despite this momentum, progress remains uneven. A critical barrier often overlooked is the human factor. Technology, infrastructure, and finance are essential, but without skilled people to design, operate, and regulate systems, ambition cannot translate into implementation. Grid congestion, delayed project delivery, and underused renewable capacity increasingly reflect shortages of engineers, technicians, planners, and regulators. Skills gaps across renewable deployment, grid modernization, EV ecosystems, and energy efficiency services risk slowing progress and heightening reliance on imported expertise.
The energy transition is fundamentally a labour market transformation. The global renewable energy workforce is projected to grow from 16.6 million today to 30 million by 2030, and nearly 40 million by 2050 with the right policies. Asia dominates this landscape, with China employing 7.4 million workers and India over one million in renewables. At the same time, up to 16 million workers may need to shift roles, creating significant reallocation pressures and requiring large-scale reskilling.
Labour market data show transitions are often slow and geographically mismatched, disproportionately affecting lower-skilled and older workers. In Asia and the Pacific, people-centred transition policies account for less than 1% of global public spending, leaving many economies without robust reskilling systems. Firms report growing difficulty in sourcing qualified personnel for renewable operations and system integration, while one-third of workers lack the education levels required for their jobs. Without urgent investment in reskilling, certification, and education alignment, this gap risks becoming a binding constraint.
Poorly managed transitions could deepen vulnerabilities, particularly for informal workers, women, older workers, and rural communities. Women remain underrepresented in green jobs due to social norms, unpaid care responsibilities, and limited access to STEM education. Youth inclusion is equally critical, given the region’s large young population. Preparing them for low-carbon industries will determine long-term success.
The future of the energy transition in Asia–Pacific will depend on balancing economic growth, decarbonization, and social equity. Success will not be measured solely by megawatts installed or policies enacted, but by whether workforces are prepared, institutions are capable, and benefits are broadly shared.
Shifting from infrastructure-led approaches to people-centred strategies is essential. Integrating education, reskilling, social protection, and inclusive workforce participation will ensure that clean energy transitions are sustainable and equitable. With a skilled and supported workforce, Asia–Pacific can achieve an inclusive energy future that leaves no one behind.
