Innovating CONSERVATORIUM BiPV Solutions Panda CONSERVATORIUM
Products Description
Panda Greenhouses PV CONSERVATORIUM Solutionsefficaciter address keys provocationes in CONSERVATORIUM agriculturae per sequentes aspectus:
1. Construction JACTURA
Traditional PV greenhouses requirit additos structuras ascendentes ad tabulas solares externas sustinendas. Panda Greenhouses'patented P. modulorumdirecte reponere conventionales materias cladding, structuras redundantes eliminare et specificationes materiales reducere -significantly demisso constructione costs.
2. Sumptibus Operational
Labor, materia (semina, fertilia, etc.), machina, et industria maiores expensas perficiendas constituunt. Panda Greenhouses'systema integratum PVplene occurret facilitas electricitatis postulatio, cum superflua potentia pro sale -costs industria et generans additional reditus caesim.
| Photovoltaic CONSERVATORIUM Genera | Venlo, Large Gable Tectum, nativus |
| Photovoltaic CONSERVATORIUM Span | 8m-12m, nativus |
| Photovoltaic Module Lux Transmittance | 0%/10%/40% (Customized Light Transmittance) |
| Small PV Greenhouse (500-1,000m2) | Proxime 20000-50,000 kWh |
| Medium PV CONSERVATORIUM (1,000-5,000m2) | Proxime50,000-250.000 kWh |
| Magnae PV Greenhouse (5,000m2+) | Excedere potest 250,000kWh * |
0% lux TransmittanceFungus edibilis Cultus, Plantarum Factoriorum (Artificialis Luminis Type), Scientiarum Investigatio & Experimenta, Aquaculture / Pecoris Agriculturae, Educationis & Exhibitionis, Applicationum Industrialium;
X% lux TransmittanceUmbra-patiens seges Cultus, edulis Fungi & Proprium segetes
Plant Factories (Hybrid Lighting Type), Ecotourism & Exhibitionis, Aquaculture, Specialioribus Industrialibus Usus, Educationis & Scientia Outreach,
XL% lux TransmittanceVegetabilis Productio, Floriculture, Fructus Arboris Seminis Cultus
Medicinae Herbae Cultus, Seminis Propagationis & Secans, Ecotourismi & Exhibitionis, Scientificarum Investigationis, Mixti-Seges Cultus, Agrivoltaici (PV Greenhouses), Educatio & Scientia Outreach
0% lux Transmittance
Potentia Range: 435W-460W
Cellula Type: Monocrystallini Silicon
Dlmenslons(LxWxT): 1761*1133*4.75mm
Weg: 11.75kg
Annua Degradatlon Rate: -0.40%
X% lux Transmittance
Potentia Range: 410W-440W
Cellula Type: Monocrystallini Silicon
Dlmenslons(LxWxT): 1750*1128*7.4mm
Weg: 32.5kg
Annua Degradatlon Rate: -0.50%
XL% lux Transmittance
Potentia Range: 290W-310W
Cellula Type: Monocrystallini Silicon
Dlmenslons(LxWxT): 1750*1128*7.4mm
Weg: 32.5kg
Annua Degradatlon Rate: -0.50%
CONSERVATORIUM System
Systema refrigerandum
Maxime enim greenhouses, magna refrigerationis ratio utimur, sunt fans et codex refrigerans. Cum aer penetrat medium codex refrigerium, commutat calorem cum vaporibus in superficie aquae frigidae caudex ut perficiat humidificationem et refrigerationem aeris.
Shading ratio
Maxime enim greenhouses, magna refrigerationis ratio utimur, sunt fans et codex refrigerans. Cum aer penetrat medium codex refrigerium, commutat calorem cum vaporibus in superficie aquae frigidae caudex ut perficiat humidificationem et refrigerationem aeris.
Systema irrigationis
Secundum ambitum naturae et caeli CONSERVATORIUM. Deducta cum fructibus seri debet in CONSERVATORIUM. Modi irrigationis varias eligere possumus; stillae, aspergine irrigationes, micro-mistae et aliae methodi. Uno tempore perficitur in plantis hydropico et fecundatione.
Systema evacuationis
Ventilatio in electricum et manuale dividitur. Diversa ab VENTILATIONIBUS positio dividi potest in partem VENTILATIONIS et verticem VENTILATIONIS.
Potest consequi propositum commutandi aerem ac velit aerem et ad minuendi temperaturam intra CONSERVATORIUM.
sedendi ratio
Constituendi systema optica in CONSERVATORIUM sequentia commoda habet. Primum spectrum specificum praebere potes plantis ut plantis crescant. Secundo, lumen quod requiritur ad plantandum augmentum temporis sine lumine. Tertio, potest crescere temperatus intra CONSERVATORIUM intra peculiarem extensionem.