Nowadays, more and more people are looking for ways to reduce their dependence on the public grid and become energy-independent. One of the most effective solutions is the installation of a photovoltaic system (PV). When combined with battery storage, family homes can become temporarily self-sufficient. Let’s now take a closer look at what life in such a home would look like.
The most effective solution for this entire system is a unified, compact, yet robust system from a single manufacturer, such as the residential PV ecosystem from Huawei. This system primarily consists of photovoltaic panels, the innovative MAP0 inverter (Maximum Autonomy Performance), and smart LUNA2000-S1 batteries. It is designed to ensure that all components communicate perfectly with each other, providing maximum performance and efficiency.
In normal operation, it may happen that the energy supply to your home with PV is temporarily interrupted. At that moment, the system automatically switches to Backup mode and draws energy solely from the battery. Let’s take a look at how energy self-sufficient your household can be and how much energy a fully charged LUNA2000-S1 battery with a capacity of 21 kWh (three modules of 7 kWh each) will provide in practice:
Charging Mobile Devices: With a fully charged 21 kWh battery, you can charge your smartphone more than 100 times, meaning you can go without a charger for a long period.
Cooking on a Cooktop: With a fully charged battery, you can cook for over 10 hours using the energy stored in the LUNA2000-S1 battery.
Making Coffee: A fully charged battery would allow you to brew approximately 210 cups of coffee in a typical coffee machine.
Charging a Laptop: The fully charged battery would also allow you to charge your laptop more than 200 times before it is completely drained.
Ironing Clothes: With a 21 kWh fully charged battery, you could iron for approximately 10.5 hours straight, which would be more than enough to iron 126 shirts.
Vacuuming: A fully charged Huawei battery would allow you to vacuum for approximately 21 hours, covering around 525 m² of floor area.
Charging an Electric Vehicle: With a fully charged LUNA2000-S1 battery, you could charge a smaller electric vehicle, such as a Renault Zoe, to approximately 95% of its full battery capacity.
Note: The figures are given to illustrate the total capacity of the battery without accounting for the ongoing energy production from the panels.
The entire Huawei system, including the photovoltaic panels and LUNA2000-S1 batteries, can also be easily controlled via a mobile app. The app allows you to monitor energy production and consumption in real time, giving you full control over your energy independence.
The app will also help you optimize consumption, allowing you to make the most of solar energy and minimize electricity costs. You can, for example, schedule the battery to charge when energy production is high (such as on sunny days) and use that energy in the evening when consumption is higher. All of this can be conveniently managed directly from your mobile device.
With the help of modern Huawei Fusionsolar PV components, including the Huawei LUNA2000-S1 battery storage system, every family home in Central Europe can function for up to several days without connection to the public grid (depending on the individual consumption of the household). This system allows you not only to save money but also to achieve greater energy independence for everyday life, no matter what happens.
