Türkiye’s New Energy Question: Can We Deliver the Electricity We Generate?

Imagine a factory installing solar panels on its roof. The investment is made, the equipment is in place and preparations for generation are complete. Yet inadequate connection capacity or unmet technical requirements can delay its contribution to economic life. Energy discussions tend to show us panels, turbines and power plants. The arrangements that carry their output remain outside the picture.

For this reason, I find it insufficient to frame Türkiye’s energy challenge simply around how much electricity we will generate. Where will we generate it, at what time will we use it and how reliably will it reach the places that need it? These apparently separate questions will shape the same economic future.

The International Energy Agency’s report on modernising electricity grids, published on September 21, 2026, stresses the importance of making better use of existing networks alongside building new infrastructure. It examines how digital tools and artificial intelligence can support planning, forecasting, maintenance and operations. My question for Türkiye is this: do we discuss how reliably we can use existing capacity as seriously as we discuss adding new capacity?

Energy’s less visible infrastructure

An electricity system may appear to have enough generation overall. That does not mean the same comfortable margin exists in every region at every hour. Distance between generation and consumption, the capacity of power lines and changes in demand throughout the day must be managed together. Energy security is too closely tied to time and location to fit inside an annual total.

A city’s roads offer a useful comparison. Their combined length may be considerable, but traffic still struggles if a junction everybody needs becomes blocked. Electricity networks likewise require attention to bottlenecks as well as overall size. The analogy cannot replace technical detail; it helps explain why that detail matters to the public.

When planning a new industrial zone, electric transport or a data centre, we cannot treat its grid requirements as a connection issue to resolve later. Investment schedules should be developed alongside electricity infrastructure schedules. Otherwise, a facility ready to produce may remain idle while resources elsewhere go towards less urgent capacity.

From Diyarbakır, this is not a remote engineering question. Agricultural irrigation, cold storage, small workshops, hospitals and household appliances are different users of the same system. If we want a region to develop, continuity of service should sit alongside investment incentives. The economic and social consequences of an interruption differ between users.

I am not making an unmeasured claim about the condition of a particular power line in Türkiye. I am arguing that decisions should rest on regional evidence. Where are connections waiting? Which investment would bring the greatest benefit? Which problem concerns technical capacity, and which concerns processing time? Priorities become meaningful when these distinctions are visible.

A smart grid needs sound management

Digitalisation can widen the available options. Monitoring equipment, identifying early signs of faults and forecasting changing conditions all have value. But between seeing a problem on a screen and resolving it on the ground lie people, materials, budgets and authority.

A system equipped with sensors but short of maintenance teams has only part of the intelligence it needs. If a forecast cannot inform operating decisions, data may accumulate while usable capacity remains unchanged. We should distinguish successful procurement from successful operation. Public reporting should also move beyond the number of devices installed.

I would like such investments to answer understandable questions. Has the duration of faults fallen? Has connecting a new user become easier? Can existing infrastructure be used more efficiently within safe limits? People without specialist technical knowledge should be able to understand what the spending has achieved.

Software cannot solve every problem. Some locations need additional lines, transformers and physical reinforcement. Digital tools should not become a justification for repeatedly postponing necessary investment. Technical assessment should establish when improving an existing network is appropriate and when expansion is required.

Data security is another consideration. More connections allow closer monitoring while creating additional points that need protection. Cybersecurity, procurement terms, backup arrangements and dependence on a single supplier should therefore be examined from the beginning. An impressive display cannot compensate for a system that fails on a difficult day.

Managing when electricity is used

We should not look for electricity’s future solely on the supply side. Enabling some activities to shift consumption towards suitable hours may help reduce pressure on the system. Not every user has the same flexibility, however. A hospital and a facility able to adjust its operating hours cannot be treated as though their needs were identical.

Incentives in this area need to be understandable. If a small business must repeatedly seek specialist help to interpret its tariff, an option on paper may never become a practical opportunity. Arrangements supporting planned consumption should be considered alongside predictable bills and clear rules.

Storage is another option, but it should not be presented as a universal answer producing the same economic outcome everywhere. Its purpose, safety requirements, maintenance needs and relationship with the wider system require assessment. Supporting a technology is different from declaring it the right solution for every project.

I believe Türkiye’s industrial policy and energy planning need closer coordination. Wherever we want particular production to grow, the region’s electricity requirements, trained technical workforce and maintenance capacity should be considered at the same table. Grid investment provides common ground on which other investments can become possible.

The social dimension matters too. How transition costs will reach users, how basic needs will be protected and how investment outcomes will be scrutinised should be discussed openly. Technical necessity does not place an activity beyond accountability.

Building a strong energy future will require more than finding new sources of generation. What matters will also include the continuity with which energy reaches daily life, the confidence with which small businesses can plan and the system’s response to unexpected conditions.

A country’s development ambition may be visible in a large power plant. Its everyday meaning can be a machine continuing to run in a small workshop. Türkiye’s energy vision should be broad enough to strengthen every connection between the two.

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