Europe’s switchgear market matters. Europe is electrifying factories, adding data centers and connecting more renewable power right now. Each new project needs equipment that can switch, protect and control electricity. That puts Europe’s switchgear market under pressure from several directions at once. Demand is rising, manufacturers are expanding, and EU rules are pushing medium-voltage equipment away from SF6. Meanwhile, buyers face longer planning cycles for equipment that often arrives late in the project programme. A factory can have land, financing and a grid connection. It can still wait for the hardware needed to energise it. That makes switchgear an industrial planning issue.

Electrification is turning switchgear into a project constraint

More electrical loads mean more protection and distribution equipment. The pressure appears inside projects, not only in national grid plans.

Every new load adds another layer of electrical equipment

A new electric furnace, large heat pump or battery system needs more than a power connection. The site needs breakers, busbars, protection systems and switching equipment. Data centers add redundant power paths. Renewable projects add collection and connection equipment. Therefore, Europe’s switchgear market now follows several investment cycles at once.

Consider a plant in North Rhine-Westphalia replacing gas-fired process heat with electric equipment. The change can require a new substation, medium-voltage feeders and protection systems. A Frankfurt data center needs a different configuration, but it still draws on the same industrial supply base. In contrast, an offshore wind project in the North Sea needs high-voltage switching equipment before electricity reaches customers. These projects look unrelated. Their procurement risks are not.

Medium voltage is where many projects feel pressure first

Medium-voltage equipment can decide when an industrial site starts operating. McKinsey reported lead times of about 12 to 13 months for medium-voltage switchgear in 2026. Custom designs can take longer. For buyers tracking medium voltage switchgear in Europe, that delay is already a project issue.

An industrial developer can have the transformer, cable route and civil works ready. The plant may still wait for its MV gear. For that reason, equipment availability needs to enter the programme before construction gets too far.

Manufacturers are expanding, but capacity cannot appear overnight

European manufacturers are adding factories and production lines. Those investments show that the supply problem has moved beyond short-term procurement noise.

ABB and Siemens are expanding European production

ABB announced about $200 million of investment in medium-voltage manufacturing across Europe. Furthermore, ABB is also expanding plants in Bulgaria, Finland, Germany, Norway and Poland. The company says the programme will increase supply of medium-voltage products, including SF6-free switchgear, vacuum interrupters and relays. Reuters reports that the investment should raise capacity by 50% to 300%, depending on the product line.

Siemens announced €300 million in Germany. It will expand its Frankfurt switchgear operations and open a supplier facility in Offenbach. Siemens expects up to 700 new jobs by 2030. The company links the investment to data centers, e-mobility and industrial automation. New facilities still need equipment, staff, testing and qualification. 

The supply chain reaches beyond the switchgear factory

A factory depends on breakers, relays, conductors, insulation materials, controls and skilled technicians. Testing capacity matters too. If one specialist component slips, final assembly can slip with it.

That makes the switchgear supply chain difficult to expand quickly. Copper and electronic components add pressure. Labour shortages can slow production as well. Rystad expects global grid-equipment spending to exceed $650 billion in 2026. Its analysis also points to long schedules for several equipment categories. The lesson for buyers is simple. A factory expansion does not remove every bottleneck.

Europe’s switchgear market is changing technology too

The market is not simply making more equipment. It is replacing one of its established insulation technologies.

Europe is moving away from SF₆

SF₆ has been standard in switchgear for decades. Europe is now moving towards other insulation and interruption technologies because of the gas’s very high global warming impact.

The change is already affecting new equipment. From 1 January 2026, EU rules restrict the installation of new medium-voltage switchgear using fluorinated greenhouse gases, subject to the regulation’s conditions and exemptions. Manufacturers can use alternatives such as clean air for insulation and vacuum technology for interruption. 

For buyers, the timing matters. Europe’s switchgear market has to supply more equipment while customers also change what they want to buy. A project designed under the old rules could therefore face a very different procurement decision today.

The switchgear transition is happening while demand keeps rising

Replacing SF₆ would be easier if equipment demand were stable. It is not.

Manufacturers now have to expand output while bringing newer products into production. They also need to test those products and qualify them for different operating conditions. Customers need confidence that the new equipment will perform over decades.

The European Commission has already examined the availability of alternatives across different voltage levels. Its market work examined whether suitable equipment exists, how easily buyers can access it, expected cost increases, and possible supply constraints. 

That gives SF6-free switchgear in Europe a more complicated story than a simple regulatory switch. Manufacturers need to increase supply at the same time as customers move into a different product range.

Siemens already produces SF₆-free equipment at its Frankfurt site. ABB is also expanding production of SF₆-free medium-voltage equipment in Europe. These investments show where Europe’s switchgear market is heading. The change is happening inside the existing capacity problem, not after it. 

Europe’s switchgear market is moving onto the project critical path

For many industrial projects, switchgear used to sit mainly with the electrical procurement team. Longer delivery times are changing that.

A missing switchboard can stop an otherwise finished site

Picture an industrial project where the transformer has arrived, and the cables are already installed. Civil works may also be complete. The plant can remain offline if the switchgear is missing.

The equipment connects the incoming supply to the site’s electrical system. Engineers also need it for protection tests and final energisation. A late delivery can therefore keep contractors on site and delay production.

McKinsey puts current medium-voltage switchgear lead times at around 12 to 13 months. That is a significant part of a major construction programme. For an industrial developer, switchgear Europe procurement can now influence the commissioning date itself. 

Buyers need to look beyond the purchase price

A lower quotation can look attractive on paper. It may look very different when a delayed delivery leaves an expensive facility idle.

Industrial buyers should ask where the equipment will be manufactured and when the factory can start production. They should also check testing capacity and the availability of replacement parts. Custom specifications deserve particular attention because they can reduce the number of suitable suppliers.

ABB is adding capacity in Italy, Bulgaria, Finland, Germany, Norway and Poland. Siemens is expanding in Frankfurt and adding a supplier site in nearby Offenbach. Those locations strengthen switchgear manufacturers in Europe, but buyers still need to secure production capacity early.

To sum up

Europe’s switchgear market is being squeezed by rising electrical demand and a fast technology transition. Electrified factories, data centers and renewable projects all need more equipment. At the same time, SF₆ restrictions are changing what manufacturers must supply. ABB and Siemens are responding with new European capacity, but factories take time to build and qualify. The 3rd Industrial Energy Infrastructure, Power & Thermal Systems Summit takes place on 10–11 September 2026 in Berlin, Germany. It brings together professionals working across grid infrastructure, electrification, thermal systems and industrial energy. Its focus on practical plant and infrastructure decisions makes it especially useful for teams navigating Europe’s changing power landscape.