AI- 50KDC Solar DC Cooktop Set (72V, 5000W Induction Cooktop) for 6 Hours if Cooking

AI- 50KDC Solar DC Cooktop Set (72V, 5000W Induction Cooktop) for 6 Hours if Cooking

$6,930.00
Solar Dc Induction cooktop Input
Model No.:- AI-50KDC
Type of Control:- Skin Touch Buttons
Function:- Intelligent Cooking function
Housing:- Plastic Body Inbuilt & Portable
Glass size:- 350x295mm
Unit size:- 295x410X85mm
Power:- Display 72volt 5000W
Power Plug:- (battery clip)

Packing
Gift Box size:- 650*420*105mm
Master box size:- 720*211*455mm/2Pcs
20FCL:- 810 pcs
40HQ:- 1968 pcs
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More Details

This calculation includes:

  • Solar Panel Wattage required
  • Battery Capacity needed (12V Acid battery)
  • Charge Controller
  • Cables & Accessories
  • Installation & Maintenance Costs
  • Total System Cost in USD

1. Power Consumption Calculation

  • Induction Cooktop Power: 5000W (5kW)
  • Daily Usage: 6 hours per day
  • Total Energy Consumption Per Day: 5000W×6 hours=30,000Wh (30kWh)5000W \times 6 \text{ hours} = 30,000Wh \text{ (30kWh)}5000W×6 hours=30,000Wh (30kWh)
  • Total Energy Consumption Per Month: 30,000Wh×30 days=900,000Wh (900kWh)30,000Wh \times 30 \text{ days} = 900,000Wh \text{ (900kWh)}30,000Wh×30 days=900,000Wh (900kWh)

2. Battery Requirement Calculation

  • System Voltage: 72V
  • Total Required Battery Capacity (Ah): 30,000Wh72V=417Ah\frac{30,000Wh}{72V} = 417Ah72V30,000Wh​=417Ah
  • Battery Configuration:
    • Using 12V, 100Ah batteries
    • To achieve 72V system, 6 batteries must be connected in series
    • To meet 417Ah, we need 5 parallel sets of 6 batteries
    • Total Batteries Required: 6×5=30 batteries6 \times 5 = 30 \text{ batteries}6×5=30 batteries
  • Battery Cost Calculation:
    • Estimated cost per 12V 100Ah battery: $146
    • Total Battery Cost: 30×146=$4,38030 \times 146 = \mathbf{\$4,380}30×146=$4,380

3. Solar Panel Requirement Calculation

  • Solar Power Needed (with 5 Hours of Peak Sunlight): 30,000Wh5 hours=6000W\frac{30,000Wh}{5 \text{ hours}} = 6000W5 hours30,000Wh​=6000W
  • Solar Panels Required:
    • Each 200W panel produces 200W × 5 hours = 1000Wh (1kWh) per day
    • Total Panels Required: 30,000Wh1000Wh=30 panels\frac{30,000Wh}{1000Wh} = 30 \text{ panels}1000Wh30,000Wh​=30 panels
  • Solar Panel Cost Calculation:
    • Estimated cost per 200W panel: $60
    • Total Solar Panel Cost: 30×60=$1,80030 \times 60 = \mathbf{\$1,800}30×60=$1,800

4. Charge Controller Requirement

  • Required Charge Controller:
    • 72V system requires a charge controller with at least 100A capacity
    • Estimated cost for a 100A Charge Controller: $150

5. Cables & Accessories Cost

  • High-capacity solar cables, connectors, battery wiring: $100

 

6. Installation & Maintenance Costs

  • Installation (Labor, Panel Mounting, Wiring): $200
  • Annual Maintenance (Battery Check, Cleaning Panels): $100

7. Total System Cost Breakdown

Component

Specification

Total Requirement

Estimated Cost (USD)

Induction Cooktop

72V, 5000W

1 Unit

$200

Battery

12V, 100Ah

30 Units (72V, 500Ah)

$4,380

Solar Panel

200W per panel

30 x 200W (6000W total)

$1,800

Charge Controller

100A

1 Unit

$150

Cables & Accessories

High power cables, connectors

-

$100

Installation

Labor, mounting, wiring

-

$200

Annual Maintenance

Battery check, panel cleaning

-

$100

Total Cost

-

-

$6,930


Final Summary

System Type

Total Cost (USD)

Solar System for 72V, 5000W Cooktop (6 Hours Daily Use)

$6,930


Additional Notes:

  • Battery Lifespan: Lead-acid batteries last 3-5 years, and may need replacement.
  • Solar Panel Lifespan: 25+ years with minimal maintenance.
  • Backup Options: Extra battery storage can be added for nighttime cooking.