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Batterie Physique vs Virtuelle France 2026 : Comparatif Complet
Batterie Physique vs Virtuelle France 2026 : Comparatif Complet
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Batterie physique ou virtuelle pour votre installation photovoltaïque ? Découvrez notre comparatif complet 2026 avec...

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Deye Hybrid Inverter Configuration: Complete Engineering Manual 2026
Deye Hybrid Inverter Configuration: Complete Engineering Manual 2026
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Comprehensive technical guide to Deye hybrid inverter configuration: energy bus architecture, critical BMS...

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Photovoltaic Earthing: RGIE/NF C 15-100 BE/FR Standards
Photovoltaic Earthing: RGIE/NF C 15-100 BE/FR Standards
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Mise à la terre photovoltaïque conforme RGIE (Belgique) et NF C 15-100 (France) : résistance ≤30Ω, sections câbles...

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Dynamic Pricing Wallonia 2026: Solar Battery Profitability
Dynamic Pricing Wallonia 2026: Solar Battery Profitability
1380 views

Découvrez comment la tarification dynamique et le tarif Impact ORES transforment la rentabilité du stockage d'énergie...

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DEYE Three-Phase 3x230V Inverter Without Neutral: Configuration Guide
DEYE Three-Phase 3x230V Inverter Without Neutral: Configuration Guide
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'scomprehensiveguideto configuring a DEYE three-phase inverter on a 3x230V network without neutral (IT) in Belgium....

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Self-consumption & Optimisation

Installing a solar kit is the first step, but optimising your self-consumption rate is the key to maximum profitability. Without an optimisation strategy, you risk feeding up to 50% of your production back into the grid for free, drastically reducing your return on investment.

This sub-category covers all the strategies and best practices for maximising your self-consumption: smart programming of energy-intensive appliances, managing surplus production, optimal use of batteries, and adapting your consumption habits to the solar cycle.

How can you achieve 70-80% self-consumption? The key lies in synchronising production and consumption. Programme your washing machine, dishwasher, water heater and electric vehicle to run in the middle of the day when production is at its peak. Connected sockets and home automation allow you to automate this management without any manual constraints.

What to do with surplus production? You have three options: feed it back into the grid (free or paid depending on your country/contract), store it in batteries for night-time consumption, or use it to power thermal equipment (water heaters, heat pumps) to directly convert the surplus into heat. Our guides compare the profitability of each solution according to your profile.

You can also find out how to monitor your performance with dedicated apps (Zendure, EcoFlow, APsystems, etc.), analyse your production/consumption curves, and identify opportunities for optimisation. Each kWh consumed = immediate savings of £0.20-0.30.

 
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