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Revolutionary And Affordable Kit Promises To Maintain Energy During Blackouts Without Needing Solar Panels

Written by Valdemar Medeiros
Published on 13/02/2024 at 19:17
Kit revolucionário e barato promete manter energia durante apagões sem precisar de painéis solares
Foto: Reprodução/Youtube
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Get To Know This New Energy Kit That Promises To Revolutionize The Market By Dispensing With The Use Of Solar Panels. This Cheap Kit Can Be Very Useful For Blackouts And Can Charge Several Devices.

If you are looking for an affordable off-grid energy solution capable of keeping essentials like lights, fans, routers, and microwaves running during blackouts, thus ensuring energy security, this article is for you. We will explore an economical off-grid energy kit that promises to generate electricity without the need for solar panels. This innovative option provides a practical alternative for those who wish to keep essential devices running in emergencies without relying on the conventional power grid or solar energy.

Ideal for homes, this product represents a versatile and economical solution to maintain energy continuity in different scenarios. Continue reading to discover more about this affordable off-grid energy kit and how it can be a key component in your preparation for power outages.

Understand How The Energy Kit That Dispenses With The Use Of Solar Panels Works

YouTube video

The operation of this cheap kit relies on a bank of batteries that are charged using energy from the utility company, from any outlet in your home. To charge this system, it will be necessary to use a source, and once charged, the consumption from this source would be practically nil, as it would keep the charge in the battery bank in float mode, meaning it generates very little energy consumption that does not impact the electricity bill.

If you have an on-grid system, the cost is practically zero due to credits. Therefore, in the event of a blackout, you would just need to use the cheap kit that does not require solar panels.

The components of the system include a switched power supply, as mentioned earlier, which will be connected directly to the utility. We will also need a charge controller that will be responsible for receiving the energy from the source and managing the charging of the battery bank.

Once fully charged, the energy used by the source drops to 99%, using only 1% to keep the bank stable and charged. Next, we have an inverter, which will be responsible for taking the energy from the battery, which is 12V, and turning it into an alternating output of 110 or 220V, according to the user’s preference.

Assembly Of The Energy Kit

The power supply is connected to the outlet, with an output of 24V at 30A, where the negative wire connects to where the negative input of the solar panels would be placed and the positive connects to where the positive terminal of the panels would be. In this way, the power supply will replace the solar panels of this system.

On the output of the MPPT charge controller, which maximizes incoming energy, the positive wire from the battery bank is connected. It is important to note that this bank is 12V at 100A and can be replaced by a stationary battery of 150A, which will not have the same efficiency as LIFEPO4, but is an easier item to find.

Next, the negative wire at the battery input of the charge controller must be connected directly to the P- of the BMS of the battery bank, which is responsible for managing the negative connection of the bank. Then, simply connect the negative wires from the BMS and the positive from the battery to the inverter.

What Is The Autonomy Of This Cheap Energy Kit?

When you turn on the frequency inverter, it takes about 4 to 5 seconds for the AC voltage to rise and stabilize, and after this time, you just need to plug your equipment into the output of the cheap kit. The inverter has up to 1500W, with a peak of up to 3000W.

The ideal scenario is to avoid using devices with a heavy load, to maximize autonomy, allowing for the connection of fans, lights, routers, computers, laptops, and various other devices.

In terms of autonomy, the expectation is that it would be 800 Wh depending on the battery used. Thus, if the user consumes 80W in load, the battery would provide a duration of 10 hours. Therefore, what will determine the autonomy of the energy kit that does not use solar panels is the load utilized.

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Valdemar Medeiros

Formado em Jornalismo e Marketing, é autor de mais de 20 mil artigos que já alcançaram milhões de leitores no Brasil e no exterior. Já escreveu para marcas e veículos como 99, Natura, O Boticário, CPG – Click Petróleo e Gás, Agência Raccon e outros. Especialista em Indústria Automotiva, Tecnologia, Carreiras (empregabilidade e cursos), Economia e outros temas. Contato e sugestões de pauta: valdemarmedeiros4@gmail.com. Não aceitamos currículos!

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