MOSAIC project explicitly lists parallel kinematics tracking and spherical concentrator technology among its keywords.
ASON ELECTRONICA AERONAUTICA SA
Madrid aeronautical electronics firm supplying precision tracking and power-electronics components to CSP and smart-grid H2020 projects.
Their core work
ASON is a Madrid-based private electronics engineering firm whose H2020 footprint sits at the intersection of aerospace-grade electronics and energy technology. Across three projects they contributed specialist hardware and control know-how — parallel kinematics tracking for solar concentrators, smart inverters, and control electronics for molten salt and modular CSP plants. Their value lies in transferring precision motion control and power electronics expertise (originally aeronautical) into the solar thermal and smart-grid domains. In practice they are a component-level specialist, not a consortium leader.
What they specialise in
Contributed to MOSAIC (modular CSP, fixed solar field) and MSLOOP 2.0 (molten salt loop for solar thermal plants).
MERLON focused on smart inverters, storage and RES integration for local energy communities.
MERLON addressed human-centric demand response and flexibility trading in neural energy islands.
The company name and third-party role across all three projects suggest component-level electronics contributions drawing on aerospace heritage.
How they've shifted over time
In 2016-2017 their H2020 work clustered tightly around concentrated solar power — molten salt loops (MSLOOP 2.0) and modular spherical-concentrator CSP with precision tracking (MOSAIC). By 2019 the focus broadened from generation-side CSP hardware toward grid-side electronics: smart inverters, storage integration and local flexibility markets in MERLON. The trajectory is a move down the energy value chain, from solar field hardware to distributed energy system electronics.
They are shifting from thermal-solar hardware toward distributed energy electronics, making them increasingly relevant for smart-grid, storage and local energy community projects.
How they like to work
ASON appears in every recorded H2020 project as a third party — never as coordinator or named participant — which signals a subcontractor or linked-third-party relationship supplying specific electronics or tracking components. They have nonetheless touched 33 partners across 12 countries, so their footprint is broader than their formal role suggests. Partners working with them can expect a focused hardware/engineering contribution rather than work-package leadership.
Connected to 33 distinct consortium partners across 12 European countries through three projects, with no clear geographic clustering beyond likely Spanish CSP industry ties.
What sets them apart
ASON is an unusual hybrid: an aeronautical electronics firm applying precision motion control and power-electronics capabilities to solar and smart-grid projects. Compared to typical Spanish energy SMEs they bring aerospace-grade engineering discipline to CSP tracking and inverter design. Choose them when a consortium needs a specialist electronics subcontractor rather than a lead partner or systems integrator.
Highlights from their portfolio
- MOSAICMost technically distinctive project — modular CSP with spherical concentrator and parallel kinematics tracking, a direct fit for ASON's aerospace-derived motion control expertise.
- MERLONMarks their pivot from solar-field hardware to smart inverters, storage and local flexibility markets — signals the direction of travel.
- MSLOOP 2.0Anchor CSP project focused on molten salt loop technology, confirming their role as a solar-thermal component supplier.