Miguel Guada

- International BD for PV QA/QC, SCADA and site monitoring services. - Preparation of technical and commercial proposals for EPCs, IPPs, asset managers and O&M companies. - Coordination with clients, technical teams and suppliers to structure proposals and field campaigns. - Technical-commercial support across QPV's measurement and testing services. QPV specializes in optimizing photovoltaic (PV) projects through advanced technology, data analytics, and expert consultancy. With a strong focus on maximizing energy production and minimizing operational risks, QPV provides: - AI-driven platform integrating SCADA data, I-V curve campaigns, soiling sensors, and thermographic inspections to detect failures, predict performance losses, and optimize O&M strategies. - Advanced monitoring and control systems for real-time performance tracking and system optimization. - ISO 17025-accredited field measurement and laboratory testing services, ensuring quality assurance and compliance with international standards. - Data-driven decision-making for reducing losses, improving asset reliability, and maximizing PV plant profitability. With over 500 projects in 20+ countries and 23 GW analyzed, QPV is a trusted partner for EPCs, asset managers, and solar developers seeking expert support in their PV investments.

- Expansion and management of Entec’s international distributor network. - Technical and sales support for E-1500 I-V tracers, E-Dust soiling sensors and E-Ref dataloggers. - Preparation of technical and educational content on I-V testing, soiling and field irradiance monitoring. Entec Solar develops state-of-the-art hardware solutions for photovoltaic performance assessment, quality control, and maintenance, ensuring precise, fast, and reliable measurements in the field. - High-speed, high-accuracy I-V curve tracers measuring PV modules and strings up to 1,500V and 35A, compliant with IEC 61829 & IEC 60891 standards, featuring STC extrapolation, barcode scanning, and automatic report generation. - Smart soiling sensor measuring soiling losses at the maximum power point (MPP), providing accurate data for optimizing cleaning schedules and minimizing production losses. - Precision reference modules for measuring irradiance and temperature, available for monofacial and bifacial applications, integrating seamlessly with SCADA via ModBus/TCP. - Wireless and automated testing solutions with remote operation capabilities through WiFi and mobile apps, enabling seamless field measurements, real-time data synchronization, and cloud-based reporting. Entec’s technology supports O&M teams, EPCs, and asset owners, ensuring improved performance, optimized maintenance strategies, and extended asset lifespan for PV installations worldwide.

- Independent consulting for utility-scale PV and energy storage projects. - Technical-commercial support for QA/QC projects. - Field coordination with clients, vendors and specialized technical partners. - Review of site data, operational information and technical documentation. - Support for procurement, commissioning, testing campaigns and performance analytics.

- Secured new clients, managed relationships, and handled pricing and quotes. - Coordinated logistics and aligned with manufacturing for smooth delivery.

- Drive sales and craft tailored technical proposals, enhancing customer relationships - Present and promote comprehensive quality assurance services for PV modules. - Provide technical expertise and support to clients throughout the sales process. - Monitor industry developments and ensure customer satisfaction through project execution.

- Directed large-scale quality control campaigns for PV modules. - Undertook solar resource measurements for bankable assessment. - Developed software for efficient EL images evaluation. - Conducted PV plant surveys and asset risk assessments.

- Performed site-specific wind resource measurements. - Managed installation and monitoring of meteorological stations.

- Investigated GaAsSbN structures for solar cell applications. - Optical and electrical characterizations on PbSe sensors for MWIR applications. - Performed characterizations of CdZnO/CdTe heterojunctions for solar cells.

- Development of daylight luminescence inspection system for solar modules. - Implemented image processing for the detection of defects in solar cells. - Developed I-V and LBIC measurement systems for solar cells characterization. - Designed maintainable and scalable code in LabVIEW.

- Developed semiconductor devices testing setups. - Software and electronic circuits design for the automation of measurement equipment. - LabVIEW software development for experimental data processing. - Conducted research on materials for Dye-Sensitized Solar Cells (DSSC).

• "Screening method for Silicon solar panels based on electro- and photo-luminescence images” Thesis: https://bit.ly/2Xy5W9a

• “Experimental setups for the characterization of photovoltaic structures and devices” Thesis: https://bit.ly/2DhyUyR