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QPV is focus on providing high added value services and R&D to maximize the profitability of PV investments.

Type Startup or self-employed
Founder 2016
Company Size 5
Member Type
Founders Manuel Castillo, Jorge Solórzano, Rodrigo Moretón
Headquarters 28031 Madrid, España
Social network


QPV is a company that operates in the area of renewable energies, specifically in Photovoltaic Solar Energy. In addition, it seeks innovation in the sector through the integration of new technologies with the development of applications, computer systems, information processing, modeling and applied simulation. The objective of QPV is to guarantee the quality and optimal operation of photovoltaic installations to maximize the return on investment. We accompany our clients throughout the life cycle of each project, offering high added value services: technical advice, engineering developments, field trials and surveillance of the operation of their facilities. We rely on a broad knowledge of technology and extensive international experience to reduce risks and uncertainty in each step, allowing our customers full control over their business portfolio.
Headquarters 28031 Madrid, España

SDG’s of application

The Sustainable Development Goals are a call to action to end poverty, protect the planet and ensure peace and prosperity everywhere.
Clean Water and
SDG 6 icon
Affordable and
Clean Energy
SDG 7 icon
Industry, Innovation
and Infrastructure
SDG 9 icon
SDG 11
Sustainable Cities
and Communities
SDG 11 icon
SDG 12
Responsible Consumption
and production
SDG 12 icon

Offers from

Other products

The PVET® service allows optimizing the long-term production and operating costs of photovoltaic power plants to maximize their economic return. This service is based on a continuous evaluation of the operation of the photovoltaic plants of the client with a detailed supervision of its operation through the PVET calculation engine. The PVET engine is a Big Data system aimed at analyzing data from photovoltaic plants. Its objective is to analyze the operation of these plants by extracting data related to their operation and providing detailed information on their evolution over time, their status in real time, fault diagnosis and preventive analysis. In addition, analyzes are not limited to individual plants, but they study photovoltaic assets as a whole, achieving higher levels of optimization. This new approach allows our clients to have a greater strategic vision of the assets and to be able to manage their operation in a more precise way. For all these reasons, the PVET engine is a powerful analysis tool for the photovoltaic sector at engineering and O&M level, both in existing plants and for portfolios of growing assets. The PVET service is delivered through its own management platform adapted to new technologies. This platform adds new functionalities to the PVET service in addition to those focused on the data analysis.

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Available inWorldwideCategories of applicationAffordable and clean energy, Industry, innovation and infrastructureSector of applicationEnergy distribution & management, Clean energy production, Industrial processes Status Tested implementation

The objective of an AQAP is to ensure the quality of the components and reduce the uncertainty associated with the operation of a photovoltaic power plant, minimizing the risks of the investment and optimizing the economic return of the project. The uncertainty in the estimation of the energy that will produce a photovoltaic project influences its economic viability in two different phases. In the initial phase, determining the financing conditions through parameters such as EP90 or EP99. In the operation phase, limiting the ability to detect faults and, with it, to optimize the generation of energy. The realization of an AQAP allows to reduce the uncertainty and, with it, adjust the estimates and improve the return on the investment.

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Available inWorldwideCategories of applicationAffordable and clean energySector of applicationClean energy production Status Implemented