What are the opening hours?

Monday 09:00 - 17:00 Tuesday 09:00 - 17:00 Wednesday 09:00 - 17:00 Thursday 09:00 - 17:00 Friday 09:00 - 17:00 Saturday 09:00 - 17:00

Engr. Ehimare Okosun, No. 4 Egbele Primary School, Uromi (2026)

Name: Engr. Ehimare Okosun
Address: No. 4 Egbele Primary School, Uromi, 310001, NG
Telephone: +2347067204436

07/09/2023

⚡🔌 Ready to harness solar power efficiently? Calculate your inverter capability for a seamless energy experience! Let's break it down with real examples! 🔌⚡

🌞 **Step 1**: **List Your Appliances**
- You've got a fridge (1200W), a TV (200W), and some lights (300W total) you want to run simultaneously.

🌞 **Step 2**: **Determine Total Appliance Load**
- Add up the power ratings of your appliances: 1200W + 200W + 300W = 1700W or 1.7 kW.

🌞 **Step 3**: **Consider Surge Power**
- Appliances like refrigerators may have a surge power requirement when they start up. Assume a 2x surge for the fridge (2.4 kW).

🌞 **Step 4**: **Calculate Total Peak Load**
- Add the surge power to the total appliance load: 1.7 kW + 2.4 kW = 4.1 kW.

🌞 **Step 5**: **Account for Future Growth**
- Think about future appliance additions or power needs. Consider a 20% buffer for future growth.

🌞 **Step 6**: **Calculate Inverter Size**
- Multiply the total peak load (with the buffer) by 1.25 to ensure the inverter can handle it: 4.1 kW x 1.25 = 5.13 kW.

🌞 **Step 7**: **Select an Inverter**
- Choose an inverter with a capacity equal to or greater than 5.13 kW.

For instance, a 6 kW inverter would provide you with the capacity needed to run your current appliances and accommodate future expansion.

With the right-sized inverter, you'll smoothly convert solar energy into usable power for your home. Enjoy uninterrupted energy! ☀️🔋

Ready to upgrade your solar power system? Reach out to us today to explore inverter options and optimize your energy setup! 💡🏡

06/09/2023

☀️⚡ Unlock the power of the sun with precision! Calculate your charge controller capability to maximize your solar energy harvest. Let's dive into the details! ⚡☀️

🌞 **Step 1**: **List Your Solar Panels**
- You've got four 300W solar panels on your roof.

🌞 **Step 2**: **Determine Total Solar Panel Wattage**
- Multiply the number of panels (4) by their wattage (300W) to find your total solar panel wattage: 4 panels x 300W = 1200W or 1.2 kW.

🌞 **Step 3**: **Consider Solar Panel Voltage**
- Check the voltage rating of your solar panels. For instance, if they are 24V panels, your array voltage is 24V.

🌞 **Step 4**: **Calculate Solar Panel Current**
- Calculate the current by dividing the total solar panel wattage (1.2 kW) by the array voltage (24V): 1.2 kW / 24V = 50A.

🌞 **Step 5**: **Factor in Temperature and Efficiency**
- Account for temperature and efficiency losses. Assume an efficiency loss of 20% and consider the highest expected temperature.

🌞 **Step 6**: **Calculate Charge Controller Current Rating**
- Multiply the current (50A) by 1.25 to account for efficiency and temperature losses: 50A x 1.25 = 62.5A.

🌞 **Step 7**: **Select a Charge Controller**
- Choose a charge controller with a current rating equal to or higher than 62.5A.

For example, you might opt for a 60A or 80A charge controller to accommodate your 1.2 kW solar panel array.

With a properly sized charge controller, you'll optimize your solar energy production and ensure your system runs efficiently. Harness the sun's energy like a pro! ☀️🔌

Ready to make the most of your solar panels? Get in touch with us to explore charge controller options and take your solar power setup to the next level! 💡🌍

05/09/2023

⚡🔋 Ready to calculate the PERFECT battery bank size for your solar panel system? Let's dive in and make sure your power supply is rock-solid, day or night! 🔋⚡

🌞 **Step 1**: **List Your Appliances**
- 🍃 Refrigerator (100W) running 24 hours/day
- 📺 LED TV (50W) running 4 hours/day
- 🧺 Washing Machine (500W) running 1 hour/day
- 💡 Lights (60W total) running 5 hours/day
- 💻 Laptop (45W) running 8 hours/day

🌞 **Step 2**: **Calculate Daily Energy Consumption**
- 🍃 Refrigerator: 100W x 24 hours = 2400Wh or 2.4 kWh
- 📺 LED TV: 50W x 4 hours = 200Wh or 0.2 kWh
- 🧺 Washing Machine: 500W x 1 hour = 500Wh or 0.5 kWh
- 💡 Lights: 60W x 5 hours = 300Wh or 0.3 kWh
- 💻 Laptop: 45W x 8 hours = 360Wh or 0.36 kWh

Total Daily Consumption: 2.4 kWh + 0.2 kWh + 0.5 kWh + 0.3 kWh + 0.36 kWh = 3.76 kWh

🌞 **Step 3**: **Consider Days of Autonomy (DOA)**
- Now, let's plan for 3 days of autonomy (DOA), giving you more backup power in case of cloudy days.

🌞 **Step 4**: **Determine Battery Needs**
- Calculate the total energy needed during cloudy days by multiplying Daily Consumption (3.76 kWh) by Days of Autonomy (3 days) = 11.28 kWh

🌞 **Step 5**: **Account for Depth of Discharge (DOD)**
- Choose batteries with a specific DOD (e.g., 50%). Divide the required energy (11.28 kWh) by DOD (0.5) to determine the battery capacity needed = 22.56 kWh

🌞 **Step 6**: **Incorporate Inverter Efficiency**
- Factor in the inverter efficiency (e.g., 85%). Divide the battery capacity (22.56 kWh) by inverter efficiency (0.85) to get the actual battery capacity needed = 26.60 kWh

🌞 **Step 7**: **Select Battery Voltage**
- Decide on your system voltage (e.g., 24V or 48V), which influences the number and configuration of batteries you'll need.

🌞 **Step 8**: **Calculate Battery Amperage (Ah)**
- To calculate battery amperage, divide the battery capacity (26.60 kWh) by the battery voltage (V). For example, with a 48V system, you'll need batteries with approximately 555 Ah capacity.

Now, you're all set with the battery bank size, including the required battery amperage! You might need, for instance, batteries with a total capacity of around 555 Ah at 48V to ensure a reliable power supply for your appliances.

Enjoy uninterrupted solar power, and make the sun work for you, day and night! ☀️🔌 Get in touch with us to take the next step toward energy independence! 💚

Address

No. 4 Egbele Primary School
Uromi
310001

Opening Hours

Monday	09:00 - 17:00
Tuesday	09:00 - 17:00
Wednesday	09:00 - 17:00
Thursday	09:00 - 17:00
Friday	09:00 - 17:00
Saturday	09:00 - 17:00

Telephone

+2347067204436

Website

https://t.me/eo_ace

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