Energetika

Energetika in Klaipėda, Lithuania refers to a specialised energy and construction trade exhibition that serves as a dedicated meeting place for professionals, manufacturers and service providers across the energy, electrical, building and industrial sectors. Hosted in one of Lithuania’s key ports and commercial centres, this event brings together innovative technologies, system solutions and professional expertise that support modern infrastructure projects, energy generation and efficiency initiatives, and construction-related energy systems.

Traditionally co-located with complementary trade shows such as construction and building exhibitions at venues like Švyturio Arena and the Klaipėda exhibition grounds, Energetika provides exhibitors from energy production, electrical engineering, renewable systems, power distribution and industrial services with a platform to showcase their latest products, equipment and technologies to an audience of industry stakeholders, project planners, contractors and technical specialists.

Attendees benefit from exploring interactive displays and solution demonstrations that highlight energy-efficient systems, electrical components, smart grids, renewable sources and supporting infrastructure, enabling them to compare offerings, discover emerging trends and make connections that drive business growth. Experts and suppliers are often on hand to provide guidance, technical advice and strategic insight into energy integration within construction and operational environments, helping visitors make informed procurement and implementation decisions.

While event formats and names may evolve, Energetika’s core focus remains on bridging energy and construction industries, fostering networking, knowledge exchange and commercial engagement that supports Lithuania’s and the Baltic region’s evolving energy landscape. Whether you represent a manufacturer, engineering firm, project developer or consultant, this exhibition offers a dynamic environment to discover innovations that address efficiency, sustainability and performance in modern built environments.