TSK Electrónica y Electricidad has announced the recent signing of several significant contracts in its Energy Transition and Digitalization divisions, as well as in the Handling and Mining area. These new projects will be developed in the United States and Israel.
As TSK has communicated to the National Securities Market Commission (CNMV), in the field of energy transition and digitalization, the company has signed an agreement to offer engineering and project management services for a one-gigawatt (GW) combined cycle power plant located in Amarillo, Texas (United States).
The plan is driven by Fermi America and aims to respond to the strong increase in electricity demand associated with the deployment of artificial intelligence infrastructures. TSK will assume the design and engineering of the plant in cooperation with Siemens Energy, responsible for the supply of three natural gas turbines throughout this year 2026.
In addition, the company has closed another contract for the development of a combined cycle power generation plant of approximately 800 megawatts (MW) in the Tel Aviv area (Israel).
This facility has a budget of close to 1 billion US dollars and its final client is the private firm OPC Energy Ltd. The works will be carried out 50 percent through a joint venture alliance with the local construction company Shikun & Binui-Solel Boneh, and have an estimated execution period of 53 months.
TSK will assume leadership in the engineering, procurement, and commissioning tasks, concentrating most of these functions in its work centers in Spain.
In parallel, within the materials handling and mining business, TSK has materialized, through its subsidiary PHB Weserhütte, S.A., an engineering services contract linked to a critical raw materials project. This action is part of the European Union's objectives to strengthen its strategic industrial autonomy and has been conceived for a future capacity of up to 1.5 million tons per year. The purpose of the contract, under an open book methodology, is to address estimation, packaging, and risk analysis, which could lead to the subsequent integral execution of the project.