Introductioof Quattuor commune PV ascendens systems
Quid vulgo PV ascendens systems?
Columna solaris ascendens
Hoc ratio est terra supplementum structuram maxime disposito in occursum installation requisita magni-amplitudo solaris tabulata et plerumque in locis cum altum ventum celeritates.
System PV
Est plerumque in magna projects et typice utitur concretum denudat sicut fundamentum forma. Et features includit:
(I) Simple structuram et ieiunium installation.
(II) Formam Forma flexibilitate ad occursum universa constructione site requisita.
Flat Tectum PV System
Sunt variis formae de plana tectum PV systems, ut concretum plana tecta, color ferro laminam plana tecta, ferro structuram plana tectis et nodi tecta, quae habent sequentes:
(I) possunt esse concinne posita in magna.
(II) habent plures firmum et certa fundamentum nexum modi.
Sloped Tectum PV System
Licet referred to as quod a tecto PV system, ibi sunt differentias in aliquo structuris. Hic sunt communia;
(I) Usus Vocabulary altitudo components obviam requisitis diversis crassitudinis tile tecta.
(II) Multi accessiones multi-foraminis consilia ut liceat flexibile temperatio ad montuosum situ.
(III) Non laedas waterproofing systema tectum.
Brevis ad PV ascendens systems
PV Mounting - types et munera
PV ascendens est speciale fabrica disposito ad auxilium, fix et rotate PV components in solaris PV ratio. Is militat quod "backbone" de tota potentia statione, providing firmamentum et stabilitatem, cursus in certa operatio PV potentiae in variis universa naturalis condiciones ad super XXV annis.
According to the different materials used for the main force-bearing components of the PV mounting, they can be divided into aluminum alloy mounting, steel mounting, and non-metal mounting, with non-metal mounting being less commonly used, while aluminum alloy mounting and steel mounting each have their own characteristics.
Secundum installation modum, PV ascendens potest maxime classificatis in fixum adscendens et tracking adscendens. Tracking ascendens actively vestigia sole altior potentia generatione. Fixum adscendens plerumque utitur inclinatio angulus qui accipit maximam solaris radialis per annum installation angulus components, quae plerumque non Populus, aut requirit temporis manual et automatic temperatio non potest consequi remotis aut automatic, automatic). In Contra, tracking adscendens accommodat in orientation ex components in realis tempus ad maximize usum solis radialis, ita crescente potentia generationem et consequi altior potentia generatione reditus.
In structuram fixum adscendens est relative simplex, maxime composito ex columnas, main trabes, purlins, fundamenta et alias components. Tracking ascendens habet completum paro of electromechanical potestate systems et saepe referred to as tracking ratio, maxime constans trium partes: structural ratio (rotatable adscendens) coegi et imperium systems comparari, cum additional coegi et imperium systems comparari, cum additional coegi et imperium systems comparari, cum additional coegi et imperium systems comparari, cum additis et imperium systems comparari ad fixum adscendens.
Comparatio PV ascendens perficientur
Currently, in Solaris PV mountings vulgo in Sina potest esse maxime dividitur per materiam in concreto mountings, ferro mountings, et aluminium mixto mountings. Cuncta mountings sunt maxime in magnis-scale PV potentia stationes propter eorum magna auto-pondus et non solum esse installed in aperto agros cum bono fundamenta, sed non habent princeps stabilibus et potest sustinere magna-amplitudo solaris tabulata.
Aluminium Alloy Mountings sunt plerumque in residentialibus aedificationem tellus solaris. Aluminium Alloy Features ROSIO resistentia, lightweight, et diuturnitatem, sed habent humilis sui afferentem capacitatem et non potest in solaris potentia herba projects. Insuper aluminium Alloy costs leviter altior quam calidum, intinge galvanized ferro.
Steel mountings habere firmum perficientur, mature vestibulum processus, altum afferentem facultatem, et facile est install et late in residentialibus, industriae, et solaris potentia plant. Inter eos, in ferro types sunt fabrica-produci, cum standardized cubits, firmum perficientur, optimum corrosio resistentia, et aesthetic specie.
PV Mounting - Industry claustra et competition exemplaria
In PV adscendens industria requirit magna moles capitalia investment, princeps requisitis ad financial viribus et cash flow administratione, ducens ad financial claustra. Praeterea, summus qualitas investigationis et progressionem, Sales, et administratione personas non opus est oratio mutationes in technology foro, praecipue ad penuriam de internationalis ingenii, qui format ad talentum obice.
In industria est technology-intensive, et technological claustra sunt apparent in altiore ratio consilio, mechanica structuram consilio, productio processibus, et tracking imperium technology. Stabilis cooperantem relationes sunt difficile ad mutare, et novum entrants faciem claustra in notam cumulus et princeps ingressum. Cum autem domesticis foro maturescit, financial industria et facti obice ad montem negotium, cum in transmarinis foro, altum claustra postulo ut formetur per tertiam partem aestimationes.
Design et applicationem compositum materia PV
Ut supporting productum de PV industria catholos, salus, applicability, et diuturnitatem PV mountings facti clavem factors in ensuring tutum et diu terminus operationem in PV ratio in sua virtute generatio efficax tempus. Currently in Sina, solaris PV mountings sunt maxime dividitur per materiam in concreto mountings, ferro mountings, et aluminium mixto mountings.
● concretum mountings sunt maxime in magna-scale PV potentia stationes, ut sua magna auto-pondus potest non solum in aperto agros in areas cum bonis conditionibus. Sed concretum habet pauperes tempestas resistentiam et prone ad crepuit et etiam fragmentation, unde in excelsum sustentationem costs.
● Aluminium Alloy Mountings sunt plerumque in Toftop solaris applications in residentialibus aedificia. Aluminium Alloy Features ROSIO resistentia, PRAEFUSIO, et diuturnitatem, sed non habet humilis sui afferentem facultatem et non potest in solaris potestate statione projects.
● Steel mountings pluma stabilitatem, mature productio procedit, altum afferentem facultatem, et otium of installation, et late in residentialibus, industriae solaris PV, et solaris potentia plantae. Sed non habent altum sui-pondus, faciens installation inconveniens cum excelsum translationem costs et generalis corrosio resistentia perficientur.in termini application scenarios, ex progressionem et nearshore areas et fortis, et solas et settings.However So42 content in soils in tidal flats and nearshore areas, the metal-based PV mounting systems are highly corrosive to the lower and upper structures, making it challenging for traditional PV mounting systems to meet the service life and safety requirements of PV power stations in highly corrosive environments.In the long term, with the development of national policies and the PV industry, offshore PV will become an important area of PV design in the Future.Additionally, ut PV industria develops, magna onus in multi-component conventus aliquantum incommodum installation. Therefore, the durability and lightweight properties of PV mountings are the development trends.To develop a structurally stable, durable, and lightweight PV mounting, a resin-based composite material PV mounting has been developed based on actual construction projects.Starting from the wind load, snow load, self-weight load, and seismic load borne by the PV mounting, key components and nodes of the mounting are strength-checked through Calculas.simulte, per ventus cuniculum Aerodynamic perficientur temptationis de monens ratio et studium in multi-elementum senescit ratione composita materiae usus est in scandalizatus ratio in MMM horis, quod fassa practical application in MMM horis, in fassibility est verificatur composita material P. ad fassibility of practical application in MMM P. mountings est verificatur composita.
Post tempus: Ian-05-2024