solar

1
Panasonic SR WA 10 1 L Electric Rice Cooker Rs 1,475 Rs. 2,774 CUSTOMERS WHO VIEWED THIS PROD Induction Cooker power hello friends, I am new here and this first post here too. I just bought new induction cooker and now I want to put solar panel for that so my family can use this for most of stuff that want to cook. It print on instruction manual that it take 2000 watt. Now I am looking for solar panel that give me this power for my induction cooker. Please guys give me guideline about. I am from India. Thanks Forget it, you cannot afford it If you can afford it, this is what it will take to power a 2,000w induction cooker. a) 3,000 watt pure sine inverter {if run on 24V, will consume 95 amps from batteries.} You can buy a cheaper inverter, which will fry the induction cooker in a few hours. b) if used for 1.5 hours of cooking per day, will consume about 145 amp hours @ 24V or 3,480 watt hours. c) battery recharge will require 3480 x 1.3 = 4524 watt hours solar harvest. A very sunny, 4 hour solar day in winter, means you need a 1,500W PV array. (it has to be sized up a bit because PV panels don't output their nameplate when warm in the sun) d) batteries - ouch, this is where it really hurts. Batteries don't like to discharge

Upload: jitendra-sharma

Post on 17-Dec-2015

214 views

Category:

Documents


1 download

DESCRIPTION

power cooker

TRANSCRIPT

  • Panasonic SR WA 10 1 L Electric Rice Cooker Rs 1,475

    Rs. 2,774 CUSTOMERS WHO VIEWED THIS PROD

    Induction Cooker power hello friends, I am new here and this first post here too. I just bought new induction cooker and now I want to put solar panel for that so my family can use this for most of stuff that want to cook. It print on instruction manual that it take 2000 watt. Now I am looking for solar panel that give me this power for my induction cooker. Please guys give me guideline about. I am from India. Thanks Forget it, you cannot afford it If you can afford it, this is what it will take to power a 2,000w induction cooker. a) 3,000 watt pure sine inverter {if run on 24V, will consume 95 amps from batteries.}

    You can buy a cheaper inverter, which will fry the induction cooker in a few hours. b) if used for 1.5 hours of cooking per day, will consume about 145 amp hours @ 24V or 3,480 watt hours. c) battery recharge will require 3480 x 1.3 = 4524 watt hours solar harvest. A very sunny,

    4 hour solar day in winter, means you need a 1,500W PV array. (it has to be sized up a bit because PV panels don't output their nameplate when warm in the sun) d) batteries - ouch, this is where it really hurts. Batteries don't like to discharge

    Induction Cooker power