Foto de portada de PVH - PVHardware
PVH - PVHardware

PVH - PVHardware

Fabricación de maquinaria y equipos de energía renovable

Cheste, Valencia 69.970 seguidores

Advanced solar trackers, structures and controlling solutions for the solar PV industry. +50GW supplied worldwide.

Sobre nosotros

En PV Hardware (PVH), ofrecemos soluciones de seguimiento solar de última generación diseñadas para maximizar el rendimiento y la flexibilidad. Nuestro portafolio incluye seguidores solares de fila única y doble fila, integrados con un software de control avanzado impulsado por inteligencia artificial y aprendizaje automático, garantizando mínimas pérdidas de energía y una eficiencia óptima en una amplia variedad de proyectos solares. Nos enorgullece diseñar, fabricar y suministrar nuestros propios seguidores solares, lo que nos brinda un control total sobre la cadena de valor. Esta capacidad nos permite personalizar soluciones adaptadas a las demandas únicas de cada proyecto, ajustándonos perfectamente a diversos terrenos, tipos de suelo y climas, al mismo tiempo que aseguramos un servicio rápido y confiable sin depender de terceros. Con más de 32 GW de seguidores solares suministrados a nivel mundial, operamos desde avanzados centros de fabricación en España, Arabia Saudita y Estados Unidos. Nuestra nueva sede de fabricación en EE. UU. amplía significativamente nuestra capacidad para satisfacer la creciente demanda de soluciones con contenido local en tiempo récord. Nuestro compromiso inquebrantable con la innovación, la calidad y la sostenibilidad nos posiciona a la vanguardia de la transición global hacia la energía renovable.

Sitio web
https://pvhardware.com
Sector
Fabricación de maquinaria y equipos de energía renovable
Tamaño de la empresa
De 501 a 1.000 empleados
Sede
Cheste, Valencia
Tipo
De financiación privada
Fundación
2011
Especialidades
Single-axis Trackers, SCADA for Utility-scale PV, Fixed-tilt PV racking, Trackers, Monoline, Axone, Bifacial, SCADA, PV plant control, PV technology, PV Control, Tracker, pv tracker, cleaning module robot, bifila, monofila, seguidores solares, estructuras solares, Monoline+, monitorización plantas solares, plantas solares, LoRa, Controladores, IA plantas solares y AI solar plants

Ubicaciones

  • Principal

    Pol. Industrial Castilla, Vial 14

    7-9

    Cheste, Valencia 46380, ES

    Cómo llegar
  • Avenida de la Transición Española 32

    Parque Omega Edificio A

    Alcobendas, Community of Madrid 28108, ES

    Cómo llegar
  • 3267 Monier Circle

    Rancho Cordova, California 95742, US

    Cómo llegar
  • Corner Jan Smuts Ave & William Nicol Drive, Hyde Park, 2196

    1st Floor, Hyde Gate, Hyde Park Lane

    Johannesburg, Sandton 2196, ZA

    Cómo llegar
  • Fortitude Valley

    Level 10, 15 Green Square Cl.

    Brisbane, Australia 4006, AU

    Cómo llegar
  • Al Barsha Road

    Code Business Tower - Office no. 201

    Dubai, UAE 337045, AE

    Cómo llegar
  • 463J+64P

    Jeddah, Arabia Saudi 22754, AE

    Cómo llegar
  • 8303 McHard Rd

    Pearland, Texas 77581, US

    Cómo llegar

Empleados en PVH - PVHardware

Actualizaciones

  • Are you maximizing solar yield on complex topographies? Utility-scale solar demands flexibility. We engineered the AxoneDuo #INFINITY tracker to deliver high performance and bankable reliability, regardless of site constraints or extreme weather. Here is how the AxoneDuo INFINITY drives project viability from day one: ▪️ Terrain Adaptability: Supports both independent and interconnected row configurations, ensuring optimal generation on highly uneven ground. ▪️ Intelligent Controls: Powered by the DBox5 system. We integrate advanced sensors and machine learning for proactive site monitoring and immediate threat detection. ▪️ Severe Weather Defense: Built for extremes. The system automatically stows panels at defensive angles of 60 or 75 degrees, utilizing structural locks to protect assets against hail, high winds, and severe storms. ▪️ Installation Efficiency: Pre-assembled components arrive ready to deploy, cutting on-site installation time and labor hours by more than 40%. Click here: https://shorturl.at/x3Myx to speak with our sales team and learn more! 👇 Watch the full system breakdown in the video below 👇 https://lnkd.in/e6rG52Ze

    PVH AxoneDuo Infinity

    https://www.youtube.com/

  • 📉 Heavy land grading is an outdated fix for rigid solar layouts. Forcing a rigid tracker onto complex European topographies always results in the same outcome: massive earthworks, prolonged environmental permitting delays, and skyrocketing field costs. Leveling the site shouldn't be the default solution to correct a component's limitations. Modern utility-scale engineering demands structures that adapt to the land, not the other way around. With Terrain Response™ and our AxoneDuo Infinity™ tracking solution, PVH designs for maximum geometric flexibility. By adjusting seamlessly to natural slopes and terrain variations, we drastically reduce the need for site leveling. The result? A cleaner, faster construction phase, lower civil #CAPEX, and a much smoother path to compliance with strict European environmental regulations. Is your tracker flexible enough to protect your budget? Let's connect. https://lnkd.in/epgeNXpY #TerrainResponse #SolarTrackers #CivilEngineering #PVH #SolarEurope #CleanEnergy

    PVH Terrain Response

    https://www.youtube.com/

  • 💥 Expanding our footprint in Turkey! 🇹🇷 We are thrilled to announce a brand-new 50 MW utility-scale project milestone in Turkey, powered by our cutting-edge Solar Fix™ fixed-tilt structure solutions. Engineered for maximum durability, optimal terrain adaptability, and rapid installation velocity, Solar Fix™ is the perfect match to maximize energy yield across the region. A huge thank you to our partners and dedicated engineering teams for making this deployment seamless! Ready to de-risk your next project timeline? Let's connect. 🤝 #SolarEnergy #RenewableEnergy #TurkeySolar #SolarFix #PVH #CleanTech #UtilityScale #Innovation

  • Over-engineering with tons of steel, or risking your project's profitability? That is the real debate in European solar 🤔 Flat, optimal land is a luxury of the past in Europe. Today, developers face complex terrains, steep slopes, and tightening margins. Competing solely on hardware quotes or steel weight is no longer enough. True CAPEX and BOS optimization isn't achieved by squeezing suppliers for volume discounts, it's won or lost in the early engineering phases. How can you protect project margins against extreme wind loads and irregular topography without destroying your procurement budget? In our latest article, #PVH breaks down how advanced engineering and strategic layout design are shifting the ROI paradigm for utility-scale solar: ➡️ The hidden cost of heavy earthworks (and how to minimize it). ➡️ Data-driven foundation design over arbitrary piling depths. ➡️ Strategic sourcing to shield your margins from tariffs and #CBAM. 👉 Read the full article here: https://lnkd.in/e_xENfc5 #PVH_Europe #Photovoltaic #CAPEX #SolarEngineering #BOS

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  • 🇿🇦 “It is in your hands, to make of our world a better one for all.” – Nelson Mandela Today, the team at #PVH_SouthAfrica joins the nation and the world in celebrating the enduring legacy of Tata Madiba. #MandelaDay is more than a commemoration; it is a profound reminder that real, lasting change begins with action. At PVH, we believe that empowering communities means providing them with a sustainable future. As we build out utility-scale solar infrastructure across South Africa, our goal goes far beyond engineering high-performance trackers, we are here to empower local workforces, foster localized supply chain development, and bring clean, reliable energy to the grid. True sustainability is about caring for both the planet and its people. ☀️ #MandelaDay2026 #ActionAgainstPoverty #PVHSouthAfrica 

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  • Hidden steel under the ground: Why your foundation strategy is draining your CAPEX. In the #European solar market, finding flat, easy-to-drill land is a luxury of the past. As projects move to uneven, rocky, or high-resistance soils, standard piling methods turn into a financial black hole. Deep, conservative piling out of caution doesn't just delay construction timelines, it inflates your structural costs before the tracker is even mounted. True #CAPEX reduction requires a foundation strategy tailored to exact site conditions. By integrating historical local climate data, on-site corrosivity studies, precise geotechnical testing, and orographic analyses, we objectively select the optimal structural solution (1P, 2P, or fixed-tilt). By seamlessly adapting to actual environmental conditions, ground resistance, and topographical constraints, we are able to: ✔️ Reduce structural steel weight: By avoiding tracker over-engineering and designing with real, site-specific climate and corrosivity data. ✔️ Minimize buried steel: By calculating the precise embedment depth for each individual post rather than over-sizing with generic standard metrics. ✔️ Ensure predictable installations: By maximizing assembly efficiency, even in the harshest terrains. Stop burying your project's margins underground. Let's optimize your #design and foundation strategy from day one: https://lnkd.in/eeY-Eu3G #PVH_Europe #solar #tracker #manufacturer

  • 𝗘𝘃𝗮𝗹𝘂𝗮𝘁𝗶𝗻𝗴 𝘀𝗼𝗹𝗮𝗿 𝘁𝗿𝗮𝗰𝗸𝗲𝗿𝘀 𝗼𝗻 𝗮 𝗽𝗲𝗿-𝘄𝗮𝘁𝘁 𝗯𝗮𝘀𝗶𝘀 𝗮𝗹𝗼𝗻𝗲? 𝗬𝗼𝘂 𝗺𝗶𝗴𝗵𝘁 𝗯𝗲 𝗼𝘃𝗲𝗿𝗹𝗼𝗼𝗸𝗶𝗻𝗴 𝗺𝗮𝗷𝗼𝗿 𝗕𝗼𝗦 𝗿𝗶𝘀𝗸𝘀 📈📉 In utility-scale solar deployments, the true cost of a project isn't just the hardware, it's how it interacts with the terrain. Our latest case study breaks down how PVH’s terrain-adaptive engineering approach helped an EPC team protect project margins, simplify civil requirements, and reduce the Total Installed Cost for a 400 MW European asset. Discover how designing for the terrain, rather than forcing a standard solution, minimizes on-site labor dependency and avoids costly engineering overruns. 👉 Read the full case study to see how we did it: https://lnkd.in/erzVXnxP #SolarEnergy #UtilityScale #EPC #SolarTrackers #PVHardware

  • Stop letting site complexity eat your solar project’s margins ☀️ In his latest article, Varun Pratap Singh breaks down why true CAPEX reduction comes down to smart engineering, not just hardware. By eliminating 90% of earthworks and slashing on-site labor time, we are redefining the Total Installed Cost for utility-scale solar. Ready to build smarter? Read the full breakdown here on our website: https://lnkd.in/edZeK3Ux

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  • PVH USA's CEO, Alfonso Queipo de Llano Escribano, recently took part in this year's Spain-U.S. Chamber of Commerce Energy Forum in Miami. The event brought together industry leaders to discuss some of the most pressing challenges shaping the sector today. Alfonso joined the panel "Energy in an Uncertain World: Security, Resilience and Strategic Diversification," covering topics like energy security, regulatory uncertainty, supply chain resilience, and strategic diversification. As we continue to grow our presence in the U.S., we're excited to be represented in conversations like these that shape the future of our industry. Thank you to the Spain-US Chamber of Commerce for hosting a great event! #PVH_USA #EnergyForum #EnergySecurity #CleanEnergy

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