Sozo tech

04/03/2024

let's configure a solar power system that can power one laptop, three phones, a 45-inch LED TV, and two fans. Here's a basic configuration:

Solar Panels:
Start by determining the total power consumption of your devices. Let's assume:

Laptop: 50 watts
Phones (3): 10 watts each
LED TV: 100 watts
Fans (2): 50 watts each
Total power consumption = (50 watts for laptop) + (3 * 10 watts for phones) + 100 watts for TV + (2 * 50 watts for fans)
= 50 + 30 + 100 + 100
= 280 watts

Choose solar panels that can generate enough power to meet your consumption needs. Let's say you choose two 150-watt solar panels for a total of 300 watts.

Charge Controller:
Select a charge controller suitable for the total wattage of your solar panels. In this case, since you have two 150-watt panels, a charge controller rated for around 20 amps should be sufficient.

Battery:
Choose a battery with enough capacity to store the energy generated by the solar panels and to power your devices during periods of low sunlight. Since your total power consumption is relatively low, a medium-sized battery with a capacity of around 100Ah should be adequate.

Inverter:
Since your devices likely require AC power, you'll need an inverter to convert the DC power from the battery into AC power. Choose an inverter with a capacity suitable for your power requirements. In this case, a small inverter with a capacity of around 500 watts should be sufficient.

Wiring and Connectors:
Use appropriate wiring and connectors to connect the solar panels, charge controller, battery, and inverter together. Ensure that the wiring is sized correctly to handle the current from the solar panels and battery.

Mounting Structure:
Install a mounting structure to securely mount the solar panels in the desired location, such as a roof or ground-mounted rack.

Miscellaneous:
Include fuses, surge protectors, and grounding equipment for safety and protection of the system.

This configuration should provide you with a solar power system capable of powering one laptop, three phones, a 45-inch LED TV, and two fans efficiently and reliably. Adjustments may be needed based on your specific requirements and energy consumption patterns.

**with the above configuration how long will it take the battery to dischage after fully charged**

To estimate how long it will take for the battery to discharge after being fully charged, we need to consider the total power consumption of the devices connected to the battery and the capacity of the battery itself.

Let's break down the calculation:

Total Power Consumption of Devices:
From the configuration, the total power consumption of the devices is 280 watts, as calculated previously.

Battery Capacity:
You mentioned a medium-sized battery with a capacity of around 100Ah. Since the battery voltage is typically 12V for solar systems, the energy storage capacity of the battery is:

Energy storage capacity of battery = Battery capacity (Ah) * Battery voltage (V)
= 100 Ah * 12 V
= 1200 Wh or 1.2 kWh

Discharge Time:
To calculate how long it will take for the battery to discharge, we use the formula:

Discharge time (hours) = Energy storage capacity of battery / Total power consumption of devices
= 1.2 kWh / 0.28 kW
≈ 4.29 hours

So, with the given configuration, it will take approximately 4.29 hours for the battery to discharge after being fully charged. Keep in mind that this is a simplified calculation, and actual discharge time may vary based on factors such as battery efficiency, load characteristics, and environmental conditions. Additionally, it's essential to avoid fully discharging lead-acid batteries regularly, as it can reduce their lifespan.

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04/03/2024

A 2kVA solar inverter can power a variety of electrical devices and appliances, depending on their power requirements. Here are some examples:

Lighting: LED bulbs, fluorescent lights, and other low-power lighting fixtures can be easily powered by a 2kVA solar inverter.

Small Appliances: Devices such as fans, televisions, radios, routers, modems, and small kitchen appliances like blenders, toasters, and coffee makers can typically be powered by a 2kVA solar inverter.

Charging Devices: You can charge various battery-operated devices such as smartphones, tablets, laptops, power banks, and rechargeable batteries.

Computers and Electronics: Desktop computers, laptops, printers, monitors, and other office equipment can be powered by a 2kVA solar inverter, although their power consumption should be monitored to ensure they don't exceed the inverter's capacity.

Home Office Equipment: Equipment commonly found in a home office setup, such as printers, scanners, and networking equipment, can also be powered by a 2kVA solar inverter.

Power Tools: Some smaller power tools, such as drills, saws, and sanders, can be operated using a 2kVA solar inverter, although high-power tools may require a larger inverter.

Medical Devices: Certain medical devices like CPAP machines, nebulizers, and some home healthcare equipment can be powered by a 2kVA solar inverter, but always check the power requirements and compatibility with the inverter.

It's essential to monitor the power consumption of your devices and ensure that the total load doesn't exceed the capacity of the inverter. Additionally, consider factors such as starting surges and peak loads when powering certain appliances and equipment.

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04/03/2024

a solar inverter system of 1kva, 2 pics of 200 watts solar panels with 220ah 12v battery and 100amp controller should be able to power what?

With a 1kVA solar inverter system consisting of 2 pieces of 200-watt solar panels, a 220Ah 12V battery, and a 100-amp charge controller, you can power various appliances depending on their power consumption and the availability of sunlight to charge the battery.

Here's an estimation of what you might be able to power with this setup:

Lighting: LED lights typically consume between 5-20 watts each, depending on their brightness. With 400 watts of solar panels and a 220Ah battery, you can power a significant number of LED lights for several hours.

Small Electronics: This system can power small electronics such as mobile phones, tablets, laptops, and small fans.

Small Appliances: Some small appliances with low power consumption, such as a small refrigerator, television, or radio, can be powered intermittently.

Charging: You can charge various battery-operated devices such as power banks, rechargeable batteries, and portable electronics.

However, it's essential to manage your power consumption carefully to ensure that you don't exceed the capacity of your system. Additionally, the availability of sunlight will affect the system's ability to recharge the battery and power your devices. On cloudy days or during nighttime, you'll rely on the stored energy in the battery.

Keep in mind that the actual performance of the system may vary based on factors such as sunlight intensity, system efficiency, wiring losses, and the specific power requirements of your devices. It's advisable to monitor your energy usage and consider consulting with a solar professional for optimizing your system configuration to meet your specific needs.

04/03/2024

To design a 1kVA solar inverter system, you'll need several components. Here's a basic list:

Solar Panels: The number and wattage depend on your energy needs and location. For a 1kVA system, you might need around 1-2 kW of solar panels.

Charge Controller: It regulates the voltage and current coming from the solar panels and going to the battery.

Battery Bank: A deep-cycle battery bank to store the energy generated by the solar panels for use when the sun isn't shining.

Inverter: This converts the DC electricity from the solar panels and battery bank into AC electricity that can be used to power household appliances.

Mounting Structure: To securely mount the solar panels in the desired location, typically on a roof or ground-mounted rack.

Wiring and Connectors: To connect the solar panels, charge controller, battery bank, and inverter together.

DC Disconnect: A safety device to disconnect the solar panels from the charge controller for maintenance or in case of emergencies.

AC Breaker Panel: To distribute the AC electricity generated by the inverter to the household appliances.

Monitoring System: Optional but helpful for keeping track of the system's performance and energy production.

Miscellaneous: This includes items like fuses, surge protectors, and grounding equipment for safety and protection of the system.

It's important to ensure compatibility between all components and consider factors like system efficiency, weather conditions, and local regulations during the design and installation process. Consulting with a professional solar installer or engineer is recommended for a tailored solution to your specific needs and location.

06/02/2024

Sozohtech Energy remains the No1 online one-stop shop in Nigeria.

With dedicated and we'll trained Engineers to suit your needs.

This package includes;

1Kva 12V inverter

1pcs of 200Ah Battery

1pcs of 150w solar panels(Mono)

20Ah charge controller

The above package is ideal for singles

people who work from home

Private offices etc.

It can power:

1LED TV

4 LED bulbs

2 standing fans

DStv

Laptop (247)

Etc.

Best solar package money can buy,

it is a 1kva 12V Pure sine wave inverter,

1 of 200amps battery and 1 pc of 150W solar panel with charge controller.

It is very durable and extra strong. This inverter uses a minimum of 1 o f 12v batteries , it can take 3 of 200amps batteries connected 2 in series and then parallel.

#550

06/02/2024

7 things to consider before installing a solar panel.

Every decision you make while trying to make yourself comfortable requires critical consideration and careful planning. Before venturing into installing solar panels in your homes or offices, here’s a checklist that will guide your decision.

Your Roof Condition
This is a very important aspect to consider if you are about to install roof-top solar panels.

Since houses have different roofs, some of them are not suitable for quick installation of solar panels.

However, roofs such as asphalt roofs usually last around twenty years, this means your roof needs to be in excellent condition before installing panels.

Along with your roof condition, consider its layout, materials, and direction. However, solar panels can be installed on all types of roof, it might only require more effort and extra cost for some types of roof.

Your Location
Your location is also an important consideration because the amount of direct sunlight will help to determine the numbers and types of panels you should use.

Also, note that the more sun shines on your solar panels, the more energy you get. If you reside in the south or southwest, you generate a great opportunity of energy from the sun.

A crucial factor that might hinder the sunlight in your area are majorly the tall buildings and tree around the house because they will affect your panels exposure to the sunlight, and the more your panels are exposed to full sunlight, the more the energy that will be able to produce.



Costing
This is another important consideration that must be taken note of because the actual costs of installing a solar depends on multiple factors which includes the panels, sizes of the system and the organization you’re patronizing. Solar panels are quite expensive but at Energymall, we give the best panels at the best affordable price. Saving up and purchasing the panels will save your extra purchase.

Choosing the Right Company


Get professional organisations like Energymall who are licensed and bonded without any complaint and can also give warranty. Don’t be too carried away and not go through the important aspects because solar panel is an investment you’ll be making use of for a long time. Please check out some of these solar tips when purchasing a system;

Recommendations
Panel certifications
Types of panels available


Your Duration in the House


The number of years you would spend in the house is an important factor because it takes at least 5-6 years before your solar panel investment pays off, although you will see immediate reduction of your electric bills, panels themselves and their installation won’t be so cheap and the total costs will sum up quite high. If you are planning to live in the same house in long-term, investing in solar panels is a great idea but if you are a type of person who is always on the move or your job requires you to change your locations frequently, it’s advisable you get other ways on how to decrease your energy consumption.



The Amount of Energy needed for your House or Office


As we all know that every household consumes different amount of energy depending on the types of electrical devices that they are using, for lower amount of energy you will need to buy less panels and also, it’s important to have an idea of the average electricity consumption of your household or offices to assess how many panels will be sufficient.



Permits


Before installing your solar panels, make sure you read all the relevant information about building permits, because you might be taking a big risk and might be fined if you do not have a proper building permit. Building permits are issued at a local level and therefore make sure that you follow rules and regulations that applies toy you.

Knowing all these tips will keep you informed on the necessary steps to take when making your decision on installing solar panels in your homes and offices.

06/02/2024