Written by Gita T.
Image credit: Wind power-Kaumei by Maggie cchou/ Wikimedia Commons, license: CC BY-SA 3.0.
Taiwan’s green transition is increasingly framed as an economic opportunity, not only as an environmental necessity or a sustainable way of life. But this framing rests on a fragile assumption: that energy demand will remain manageable under conditions of rapid technological expansion.
At the Net Zero Transformation Forum, speakers made a compelling case that green technology can generate meaningful gains in output, employment, and industrial upgrading. In a context where Taiwan seeks to preserve its position as a technology leader while responding to global decarbonization pressures, that optimism is understandable.
Current assessments of Taiwan’s energy transition often appear manageable under existing projections. However, these projections frequently rely on an implicit assumption: that overall energy demand will remain relatively stable. This assumption is increasingly difficult to sustain.
Across both green and conventional sectors, technological development is increasingly characterised by digitalisation, automation, and system integration—all of which are energy-intensive. From AI-enabled services to expanded electrification and smart infrastructure, many of these advancements are built on the expectation of increased energy availability.
As a result, treating energy demand as static is not simply conservative; it risks misrepresenting the scale of the transition. Even when technologies improve efficiency at the unit level, their widespread adoption can still increase total electricity demand. For instance, the rapid expansion of data centres and AI-related infrastructure is already contributing to rising global electricity consumption, even as computing efficiency improves. In Taiwan, similar pressures are emerging as digital infrastructure and electrification continue to expand. In this sense, economic multipliers may also become energy multipliers.
These projections, however, also reflect a broader assumption within the growth narrative: that Taiwan’s energy system will be able to support the scale, speed, and complexity of the transition itself. This assumption deserves closer attention. The green transition is frequently discussed in terms of efficiency, innovation, and multiplier effects. However, many of the technologies now central to Taiwan’s transition agenda—from AI-enabled management systems to electrified infrastructure and smart urban systems—are themselves energy-intensive.
Improvements in efficiency and the expansion of green technologies do not necessarily reduce overall energy consumption and may instead introduce a political constraint. As systems become more efficient, they also enable greater convenience; over time, these capabilities become normalised as expectations rather than options.
In this context, efforts to reduce energy use are less likely to be perceived as adjustments and more likely to be experienced as losses in service quality or flexibility. In advanced, technology-intensive economies, this dynamic can reduce political tolerance for demand-side measures, even under conditions of supply constraint.
In Taiwan’s case, this tension is further compounded by continued reliance on external energy sources. While the transition toward greener and more advanced systems is both necessary and economically rational, it may also reduce the system’s margin for error. In effect, higher expectations are being layered onto an energy system whose underlying supply remains exposed to external risks.
In pursuing efficiency and sustainability, systems may inadvertently reduce their own tolerance for disruption.
More concretely, Taiwan’s transition toward green technology presents a distinct set of constraints in terms of energy generation, storage, and supply. Taiwan’s limited land availability restricts the range of viable energy options, often favouring technologies such as offshore wind. While such constraints may encourage innovation in energy generation, they also highlight the difficulty of scaling supply to meet rising demand from AI, smart systems, and broader technological development.
At present, Taiwan continues to rely heavily on imported fossil fuels to sustain its energy needs, even as it explores alternative approaches such as biofuels and circular energy systems. However, as Taiwan moves toward positioning itself as a green and technologically advanced economy, the question of total energy demand becomes increasingly pressing. In particular, the political and societal constraints surrounding nuclear energy further narrow the range of stable, large-scale energy sources available.
These constraints suggest that Taiwan’s green transition is not only a question of technological capability, but also of how energy limitations are incorporated into long-term planning. In other words, energy resilience becomes a binding constraint rather than a secondary consideration.
Taken together, these dynamics suggest that Taiwan’s green transition requires a shift not only in technology, but in how energy systems are planned and governed. First, energy planning should move beyond static assumptions of demand and incorporate scenarios that account for continued technological expansion, particularly from AI and digital infrastructure. Second, system design must prioritise resilience alongside efficiency, including partial energy independence, expanded storage capacity, and the ability to degrade gracefully under conditions of constraint.
At the same time, existing policy efforts in Taiwan have largely focused on supply-side incentives, particularly in energy-intensive industrial and manufacturing sectors that remain central to Taiwan’s economic structure. These include measures such as the introduction of carbon pricing, expanded emissions reporting requirements, and subsidies designed to support industrial decarbonisation and energy efficiency improvements, as reflected in Taiwan’s recent policy direction toward net-zero transition.
While such measures are necessary, they may not fully address the broader dynamics of system-wide energy demand. In democratic contexts, demand-side adjustment presents additional challenges, as changes to everyday energy use can be perceived as reductions in convenience or quality of life. As such, policy approaches may need to rely on gradual normalisation through incentives, pricing mechanisms, and institutional design, rather than abrupt constraints.
Policy design must also account for how similar instruments can produce different outcomes across contexts. Frameworks modelled European approaches may appear straightforward in principle, given their success in those settings. However, in Taiwan’s context, such frameworks may generate unintended effects due to differences in social norms and everyday practices.
In this sense, managing the energy transition is not only a question of expanding supply, but also of shaping demand in ways that remain socially and politically sustainable.
Taiwan’s challenge is not whether it can build advanced systems, but whether those systems are designed to function under constraint. If green technology is to become a genuine engine of Taiwan’s next stage of growth, energy security must be treated as a core planning condition rather than a background assumption. Without this shift, the transition risks becoming not only incomplete, but structurally fragile.
Gita T. is a Taipei-based writer and researcher exploring how identity, culture, and policy intersect in East Asia.