Emplacement |
Texas, États-Unis |
Date de disponibilité du projet |
2026-06-18 |
Type de module |
40.8 kWh Lithium Battery + 8 kW Hybrid Inverter |
Puissance du module |
10.56kW |
Aperçu du projet
This residential solar and battery storage project was installed for a homeowner in Texas, USA, to provide reliable backup power and reduce dependence on the utility grid. By combining solar generation with energy storage, the system enables efficient energy management, lower electricity costs, and greater energy independence for daily household use.
Défis du projet
The customer faced several energy-related challenges:
- Increasing electricity prices and monthly utility bills.
- Growing demand for reliable backup power during grid outages.
- The need to maximize rooftop space and improve energy efficiency.
- Desire for greater energy independence and reduced reliance on the utility grid.
The customer required a flexible and intelligent solution capable of providing stable power day and night.
Points saillants de la solution
Toyon Energy designed and delivered an integrated solar-plus-storage solution featuring:
High-Efficiency Rooftop Solar System
A 10.56 kW photovoltaic system generates clean electricity during the day, helping reduce dependence on grid power.
Large-Capacity Battery Storage
Le 40.8 kWh lithium battery system stores excess solar energy for nighttime use and emergency backup.
Smart Hybrid Inverter
An 8 kW hybrid inverter intelligently manages energy generation, storage, and consumption, ensuring seamless operation and optimal performance.
Customized System Design
The entire system was tailored to the customer's energy consumption profile and available installation space, maximizing overall efficiency and return on investment.
Avantages du projet
Alimentation de secours fiable
The battery system provides continuous electricity during power outages, ensuring essential household appliances remain operational.
Réduire les coûts d'électricité
By increasing self-consumption of solar energy, the homeowner can significantly reduce monthly utility expenses.
Gestion intelligente de l'énergie
The integrated system automatically balances power generation and consumption, enabling efficient energy usage around the clock.
Enhanced Energy Independence
The solution reduces reliance on the grid and protects the customer from rising energy prices.
Sustainable and Clean Energy
By utilizing renewable solar energy, the project contributes to lower carbon emissions and a greener future.
Conclusion
This residential solar and battery storage project in Texas demonstrates how a properly designed energy solution can provide reliable backup power, lower electricity bills, and improve energy independence.
With a 10.56 kW solar system, 40.8 kWh lithium battery, and 8 kW hybrid inverter, the homeowner now enjoys smarter and more sustainable energy management every day.
Toyon Energy is committed to delivering customized residential, commercial, and industrial solar energy storage solutions worldwide, helping customers achieve a cleaner, more reliable, and energy-independent future.
FAQ
1. Le système solaire fonctionnera-t-il lors d'une panne de courant ?
Oui. Grâce au stockage sur batterie et à un onduleur hybride, le système peut continuer à alimenter les charges essentielles en cas de panne de réseau, garantissant ainsi une alimentation de secours fiable lors des coupures.
2. Pendant combien de temps une batterie de 40,8 kWh peut-elle alimenter une maison ?
La durée de l'alimentation de secours dépend de la consommation énergétique du foyer. Une batterie de 40,8 kWh peut généralement fournir de plusieurs heures à plus d'une journée complète d'électricité de secours pour les appareils électroménagers essentiels tels que les éclairages, les réfrégérateurs, les routeurs Wi-Fi et les climatiseurs.
3. De quel espace de toit a-t-on besoin pour un système solaire de 10,56 kW ?
La surface de toit requise dépend de la taille et du rendement des panneaux solaires utilisés. Dans la plupart des cas, un système résidentiel de 10,56 kW nécessite environ 50 à 70 mètres carrés d'espace de toit disponible.
4. Le système peut-il aider à réduire les coûts d'électricité liés aux heures de pointe ?
Yes. Battery storage allows homeowners to store excess solar energy and use it during peak-rate periods, helping reduce electricity bills and improve energy efficiency.