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V2L vers V2H avec Deye : le hack, le schéma et les limites
V2L vers V2H avec Deye : le hack, le schéma et les limites
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Peut-on transformer un véhicule compatible V2L en pseudo-V2H avec un onduleur hybride Deye ? Oui, dans certains cas,...

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Performance agrivoltaïsme : l’essentiel IEA PVPS
Performance agrivoltaïsme : l’essentiel IEA PVPS
202 views

L’agrivoltaïsme suscite beaucoup de prises de position, mais beaucoup moins de lectures techniques sérieuses. Ce...

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RGIE Belgique 2026 : Nouvelles Règles Courant Continu & Stockage
RGIE Belgique 2026 : Nouvelles Règles Courant Continu & Stockage
354 views

Depuis le 1er avril 2026, les modifications du RGIE (Règlement Général sur les Installations Électriques) en Belgique...

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Raccordement batterie Enedis 2026 : démarches, Consuel, dossier
Raccordement batterie Enedis 2026 : démarches, Consuel, dossier
413 views

Vous ajoutez une batterie à une installation photovoltaïque en France ? En 2026, le point clé n’est pas de confondre...

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Solar Retrofit: Unlock the potential of your micro-inverters with a Deye inverter
Solar Retrofit: Unlock the potential of your micro-inverters with a Deye inverter
696 views

Find out how to add affordable storage to your existing micro-inverter system using a Deye hybrid inverter, without...

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Ground installation

Ground-mounted installations offer simplicity, flexibility and optimal performance thanks to perfectly controlled orientation/tilt. Ideal for open land, gardens or car parks, this solution is suitable for private individuals with space available and professionals (farmers, industrialists).

This sub-category explores all ground installation solutions: fixed ground structures, dual-purpose solar carports (vehicle shelter + electricity production), and tracking systems to maximise annual production.

Solar carports: the star 2-in-1 solution. Our flagship article (8,220 views!) details the installation of a 15-panel aluminium carport (6 kWp): vehicle protection against the elements, 6,000-7,500 kWh/year production, robust structure certified for snow/wind loads, and the possibility of integrating an EV charging station. Accelerated return on investment thanks to the dual function.

Types of ground structures. Fixed structures on driven piles or concrete blocks are the most economical and reliable. Optimal tilt 30-35° south-facing. Ballasted structures (concrete slabs) are suitable for non-excavable soils. Solar pergolas combine terrace shading and electricity production. Tracking systems (1 or 2-axis trackers) increase production by 20-40%, but are expensive.

You also need to master foundation calculations according to climate zones (snow load, wind pressure), grounding techniques, spacing between rows to avoid mutual shading, and prior authorisations (prior declaration of works according to power and height).

 
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