EOSOL | Catalogo CDTI

EOSOL

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Pic legend 1: D-Band_All_Metal_Reflector

Pic legend 2: SKA_MID-DISH_Render

Pic legend 3: CRYO_UHF_Feed_Cluster

Pic legend 4: VASTantenna_ESA

General information

Company name

EOSOL
Adress

Calle Camino de Labiano 45A, 31192, Mutilva, España
Web

http://www.grupoeosol.com/
Turnover

60.00 million EUR in year 2024

Employees

720 in year 2024
SME

NO
Contact Info:

Phone

+34948245456
Email

aero@eosolgroup.com

Activity and Skills

EOSOL is a privately owned engineering services group with international presence. Founded in 2008, the company has offices in 12 countries and develops projects in more than 40 countres. EOSOL offers engineering services, solutions and products in strategic sectors such as energy, chemical, telecommunications, science, defense or space. EOSOL is commited to the future through clean energy. We protect the environment developing sustainable technology and renewable energy projects. Innovation is a core part of our strategy, driving the development of new business models and the evolution of existing ones.

EOSOL is divided in 3 different divisions:
• Tech: Expertise in software development, Cloud and On-Premise IT systems, data analytics, programming and industrial automation.
- Automation: High reliable monitoring solutions based on EMPRO® (a powerful and scalable monitoring system tool to control machines, plants and processes) and OSIRIS® (Artificial intelligence platform focused on advanced data and image analytics, behavioral modelling and predictive maintenance).
- Aerospace: Experts in radiofrequency and antennas engineering (design, manufacturing, assembly and verification) for the scientific, aeronautical, defense and space sectors.
- Helix North: Specialized in drone solutions for industry applications.
• Engineering: A comprehensive service covering all phases of a project. The division provides different technical services in different phases of the project.
- Energy: Photovoltaic, Eolic, BESS storage.
- Transmission&Distribution: Substations, Overhard and Subway HV lines.
- Water: Dams and large hydraulic works, water planning, CFD models, treatment and desalination.
- City & territory: Territorial plans, land and infrastructure, building and BIM, urban design and smart Growth.
- Industry: Bio-waste, energy efficiency, CFD models for ventilation and air conditioning.
• Services:
- Solutions: Technical assistance in the areas of design, quality, manufacturing engineering, industrialization and logistics.
- O&M services: Specialized in the renewable energy sector. We provide operation and maintenance services to ensure plants are in the best possible conditions to maximize energy production.
- FTS services: Specialized maintenance services in industrial and energy sectors.

According to Big Science capabilities, the following applies:
• EOSOL Aerospace team has proven technical, quality and management capacity to accomplish complex and challenging projects related to antennas, feeds and radiofrequency components (OMT, polarizers, filters or diplexers) operating in different frequency bands from VHF up to THz frequencies. During these years our team has been in charge of different national and European projects leading different consortiums as prime contractor as well as participating as subcontractor. In terms of technical skills, our engineering team accomplish the complete life cycle of the project from feasibility study up to delivery of qualified products. We accomplish the following tasks during the process: 1) RF and mechanical design and analysis, 2) Manufacturing and test plan generation, 3) Manufacturing and assembly of parts, 4) Test and qualification of components or sub-systems. We are prime contractor for European Space Agency and SKA Telescope.
• EOSOL Tech has deep knowledge in software development, infrastructure and Cloud and On-Premise IT systems, data analytics, programming and industrial automation, as well as telecommunications and networks. Including tailor environmental solutions based on satellite imagery (Copernicus).
• EOSOL Engineering has experience and capability in the development of singular infrastructures for industry, civil and scientific facilities.

Contracts for Big Science facilities

[SKAO] The Design, Manufacture, Commissioning and Testing to Deliver Forty-Four (44) Dish Sub Reflectors (2024 - 2026)

The design, manufacture, commissioning and conducting of acceptance tests to deliver fortyfour (44) fully operational dish sub reflectors to the Dish Structure supplier for the SKA1 MID telescope including support on Site. This is the largest contract awarded to a Spanish company by SKAO. Contract ref: T01-CON-M030

[ESA] Wifi/LTE/5G Antenna for Lunar Assets (2024 - 2025)

The objective of this activity is to design, manufacture and test an RF, thermal and mechanical representative EM antenna for Lunar assets local link surface communications. The activity encompasses the following tasks: • Define assets in need of the surface link and consolidate link budgets considering hotspot-asset • Develop antenna architecture to fit asset, reducing mass and envelope • Design and analysis of the Wifi/LTE antenna EM • Manufacture and test of the Wifi/LTE antenna EM Contract ref: 4000143516/23/NL/AS

[ESA] A Low-Frequency and Wide-Band Reflector Antenna Feed for Future Earth Observation Radiometers (2022 - 2024)

The objective of this activity it to design, breadboard and test a wideband, circularly polarised feed chain that operates from 0.4 – 2 GHz. For the purpose of this activity, the feed chain is defined as the radiating element and polariser. The design shall be based on the assumption that a cluster of three feeds will be illuminating an ideal reflector to demonstrate the required swath can be achieved. This means the individual feeds shall be suitably sized to accommodate in the launch faring. The RF performance of the feed shall be measured and a simulation of the full reflector and three feeds shall be performed to determine the secondary beam patterns. Application: Ultra wideband feed for future Earth Explorer mission CRYOSAT. Contract ref: 4000132342/20/NL/AS

[ESA] Sub Millimeter Wave VAlidation Standard ((sub)mmVAST) Antenna (2022 - 2024)

The main objective of this activity is to develop a well-characterised, mechanically and thermally stable multi-frequency reflector VAlidation STandard antenna for range qualification at sub mm-wave frequencies ((sub)mm-VAST). The focal plane should consist of six channels covering 89 GHz, 118 GHz, 182 GHz, 325 GHz, 664 GHz and 1.2 THz. This project includes the following tasks: • Design: RF design and simulations. Detailed mechanical design. 3D models and manufacturing drawings generation. EGSE design. • Manufacturing: Antenna (in invar and gold plated) and all associated EGSE. • Test campaign: Complete RF test campaign (s-parameters + radiation pattern). Cryogenics test campaign.Mechanical tests. Contract Ref: 4000133733/21/NL/CT

[ESA - COMET Ingeniería] Deployable Reflector Antenna for Cubesat Missions (2021 - 2023)

The objective of the activity is to demonstrate large (between 1 to 3 meters diameter) offset fed antenna reflector concepts for small/cube satellites suitable for missions up to Ka-band. A reflector breadboard was manufactured and tested to demonstrate the deployable reflector concept and its critical functions. Contract ref: 4000130171/20/NL/AS

Relevant R&D projects

[Gob. Navarra - Becas tecnólogos I+D] Design of feed chains for future large radio telescopes. (SKA Feeds) (2022 - 2023)

With the aim of being able to participate in the coming years in the SKA project (https://www.skatelescope.org/), one of the most complex science and engineering projects to be undertaken by mankind in the coming years, this I+accomplish the design, simulation and analysis of antennas and RF components. Specifically, the activities to be carried out will advance the design of the radio telescope's band 5a and 5b feeds. Both are critical components (as they are part of the radio telescope's scanning system) and therefore it is necessary to carry out this prior R&D activity.

[Gob. Navarra - Proyectos I+D] Design and validation of a feeding system for satellite antennas based on two dual-band radiating chains. (ICIM) (2020 - 2022)

The overall objective of the project is to develop and validate a power supply system for satellite applications consisting of two innovative dual frequency band power supply chains, which can be used to power radiometers or telecommunication satellites. Specifically, the strategic objective is that the developments of this project can be applied in the future to power the advanced microwave radiometer that will be used in the CIMR (Copernicus Imaging Microwave Radiometer) mission within the Copernicus programme for the continuous and autonomous observation of the earth, scheduled for launch in 2026-2027.

[CDTI - Proyectos I+D] Development of a monitoring and control system for photovoltaic power plants and industrial assets. (INTELVOLTAIC) (2019 - 2022)

The overall objective of the project is to research and develop a new software system in the cloud to manage the design, installation/construction and maintenance phases of a photovoltaic farm, designing new Artificial Intelligence (AI) algorithms to autonomously manage the entire life cycle of the plant: from the conceptualisation and construction project to the management of its operations and maintenance (O&M). Through the processing of large data packets in the cloud and the generation of neural networks, the new INTELVOLTAIC system will ultimately be able to generate and predict patterns capable of improving design, installation and maintenance based on the exploitation of historical information.