To determine the number of photo voltaic panels are needed to run a one.five-ton air conditioner (AC), many factors appear into play, such as the ability consumption on the AC, photo voltaic panel wattage, daylight several hours, and performance. Right here’s a breakdown:
### 1. **Electricity Intake of the one.5 Ton AC:**
- A 1.5-ton AC normally consumes all over one.5 kW (1500 watts) to 2 kW (2000 watts) per hour, determined by its performance and design.
- Assuming normal intake is about **1.8 kW for every hour**.
### two. **Each day Utilization:**
- Allow’s suppose the AC runs for **eight several hours a day**.
- This is able to necessarily mean the AC takes advantage of **one.8 kW × eight hrs = 14.four kWh daily**.
### 3. **Photo voltaic Panel Output:**
- The output of a photo voltaic panel depends on its wattage and the level of sunlight it gets.
- An average photo voltaic panel provides a capability of about **three hundred to 350 watts**.
- Assuming you will get about **five hrs of effective sunlight** per day, a person 350-watt solar panel would deliver somewhere around **350 watts × 5 hours = one.seventy five kWh every day**.
### four. **Number of Solar Panels Desired:**
- To electrical power the AC, you’ll really need to make fourteen.four kWh each day.
- If Each individual panel generates one.75 kWh every day, you would Solar panel want close to **14.4 kWh ÷ one.seventy five kWh ≈ eight.23 panels**.
- Rounding up, you would need close to **9 solar panels** (Every single of 350 watts) to operate a 1.5-ton AC for 8 hours every day.
### Summary:
You may need **around nine photo voltaic panels (350 watts each)** to operate a one.5-ton AC for 8 several hours daily, according to your spot’s sunlight as well as the efficiency from the AC and panels.