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©2018 ADDIN POWER LIMITED All rights reserved.
| # | Description | Value | ||
|---|---|---|---|---|
| 1 | Size of Power Plant
Feasible Plant size as per your Budget : |
{{ Math.floor(((rooftop.roof_area*rooftop.roof_percentage)/100)/80) }} KW | {{ Math.floor(rooftop.roof_kw_value) }} KW | {{ Math.floor((rooftop.roof_amount)/69000) }} KW |
| 2 |
Cost of the Plant :
MNRE current Benchmark Cost : Without subsidy (Based on current MNRE benchmark) : With subsidy 0% 30%(Based on current MNRE benchmark) : GEDA subsidy Total subsidy The amount to be paid |
69000 Rs./Kw {{ Math.floor(((rooftop.roof_area * rooftop.roof_percentage)/100)/80) * 69000}}Rs. {{(Math.floor(((rooftop.roof_area*rooftop.roof_percentage)/100)/80) * 69000)- (((Math.floor(((rooftop.roof_area*rooftop.roof_percentage)/100)/80) * 69000)*30)/100)}} Rs. {{(Math.floor(((rooftop.roof_area*rooftop.roof_percentage)/100)/80) * 69000)- (((Math.floor(((rooftop.roof_area*rooftop.roof_percentage)/100)/80) * 69000)*30)/100)}} Rs. {{Math.floor(((rooftop.roof_area * rooftop.roof_percentage)/100)/80) * 69000}} Rs. 10000 Rs. 20000 Rs. 0 Rs. 0 Rs. {{(((Math.floor(((rooftop.roof_area*rooftop.roof_percentage)/100)/80) * 69000)*30)/100) + 10000 }} Rs. {{(((Math.floor(((rooftop.roof_area*rooftop.roof_percentage)/100)/80) * 69000)*30)/100) + 20000 }} Rs. {{(((Math.floor(((rooftop.roof_area*rooftop.roof_percentage)/100)/80) * 69000)*30)/100)}} Rs. 0 Rs. {{69000 - ((((Math.floor(((rooftop.roof_area*rooftop.roof_percentage)/100)/80) * 69000)*30)/100) + 10000) }} Rs. {{ (Math.floor(((rooftop.roof_area * rooftop.roof_percentage)/100)/80) * 69000) - ((((Math.floor(((rooftop.roof_area*rooftop.roof_percentage)/100)/80) * 69000)*30)/100) + 20000) }} Rs. {{Math.floor(((rooftop.roof_area * rooftop.roof_percentage)/100)/80) * 69000 - (((Math.floor(((rooftop.roof_area*rooftop.roof_percentage)/100)/80) * 69000)*30)/100)}} Rs. {{Math.floor(((rooftop.roof_area * rooftop.roof_percentage)/100)/80) * 69000}} Rs. |
69000 Rs./Kw {{ Math.floor(rooftop.roof_kw_value) * 69000}} Rs. {{ Math.floor(rooftop.roof_kw_value) * 69000}} Rs. {{(Math.floor(rooftop.roof_kw_value) * 69000)- ((( Math.floor(rooftop.roof_kw_value) * 69000)*30)/100)}} Rs. {{(Math.floor(rooftop.roof_kw_value) * 69000)- ((( Math.floor(rooftop.roof_kw_value) * 69000)*30)/100)}} Rs. 10000 Rs. 20000 Rs. 0 Rs. 0 Rs. {{(((Math.floor(rooftop.roof_kw_value)) * 69000)*30)/100) + 10000 }} Rs. {{(((Math.floor(rooftop.roof_kw_value) * 69000)*30)/100) + 20000 }} Rs. {{((( Math.floor(rooftop.roof_kw_value) * 69000)*30)/100)}} Rs. 0 Rs. {{69000 - ((((Math.floor(rooftop.roof_kw_value) * 69000)*30)/100) + 10000) }} Rs. {{ (Math.floor(rooftop.roof_kw_value) * 69000) - ((((Math.floor(rooftop.roof_kw_value) * 69000)*30)/100) + 20000) }} Rs. {{(Math.floor(rooftop.roof_kw_value) * 69000)- ((( Math.floor(rooftop.roof_kw_value) * 69000)*30)/100)}} Rs. {{ Math.floor(rooftop.roof_kw_value) * 69000}} Rs. |
69000 Rs./Kw {{ ((rooftop.roof_amount)/69000) * 69000 }}Rs. {{ (((rooftop.roof_amount)/69000) * 69000)- ((( ((rooftop.roof_amount)/69000) * 69000)*30)/100) }} Rs. {{ (((rooftop.roof_amount)/69000) * 69000)- ((( ((rooftop.roof_amount)/69000) * 69000)*30)/100) }} Rs. {{ ((rooftop.roof_amount)/69000) * 69000 }} Rs. 10000 Rs. 20000 Rs. 0 Rs. 0 Rs. {{((((Math.floor(rooftop.roof_amount/69000)) * 69000)*30)/100) + 10000 }} Rs. {{(((Math.floor(rooftop.roof_amount/69000) * 69000)*30)/100) + 20000 }} Rs. {{(((((rooftop.roof_amount)/69000) * 69000)*30)/100)}} Rs. 0 Rs. {{69000 - ((((Math.floor(rooftop.roof_amount/69000) * 69000)*30)/100) + 10000) }} Rs. {{ (Math.floor(rooftop.roof_amount/69000) * 69000) - ((((Math.floor(rooftop.roof_amount/69000) * 69000)*30)/100) + 20000) }} Rs. {{ (((rooftop.roof_amount)/69000) * 69000)- ((( ((rooftop.roof_amount)/69000) * 69000)*30)/100) }} Rs. {{ ((rooftop.roof_amount)/69000) * 69000 }} Rs. |
| 3 |
Total Electricity Generation from Solar Plant :
Annual : (360 Days) Life-Time (25 years): |
{{ (Math.floor(((rooftop.roof_area*rooftop.roof_percentage)/100)/80) * 4)*360 }} Kwh {{ ((Math.floor(((rooftop.roof_area*rooftop.roof_percentage)/100)/80) * 4)*360)*25 }} Kwh |
{{ (Math.floor(rooftop.roof_kw_value) * 4)*360 }} Kwh {{ ((Math.floor(rooftop.roof_kw_value) * 4)*360)*25 }} Kwh |
{{ (Math.floor((rooftop.roof_amount)/69000) * 4)*360 }} Kwh {{ ((Math.floor((rooftop.roof_amount)/69000) * 4)*360)*25 }} Kwh |
| 4 |
Financial Savings : Tariff @ {{ Utils.only2decimal(rooftop.roof_bill_amount / rooftop.roof_used_unit) }} kWh (for top slab of traffic): Monthly : Annually : Life-Time (25 years) : |
{{ Utils.only2decimal((Math.floor(((rooftop.roof_area*rooftop.roof_percentage)/100)/80)) * 120 * (Utils.only2decimal(rooftop.roof_bill_amount / rooftop.roof_used_unit)))}} Rs. {{ Utils.only2decimal((Math.floor(((rooftop.roof_area*rooftop.roof_percentage)/100)/80)) * 120 * (Utils.only2decimal(rooftop.roof_bill_amount / rooftop.roof_used_unit))*12) }} Rs. {{ Utils.only2decimal((Math.floor(((rooftop.roof_area*rooftop.roof_percentage)/100)/80)) * 120 * (Utils.only2decimal(rooftop.roof_bill_amount / rooftop.roof_used_unit))*12*25) }} Rs. |
{{ Utils.only2decimal((Math.floor(rooftop.roof_kw_value)) * 120 * (Utils.only2decimal(rooftop.roof_bill_amount / rooftop.roof_used_unit))) }} Rs. {{ Utils.only2decimal(((Math.floor(rooftop.roof_kw_value)) * 120 * (Utils.only2decimal(rooftop.roof_bill_amount / rooftop.roof_used_unit)))*12) }} Rs. {{ Utils.only2decimal((((Math.floor(rooftop.roof_kw_value)) * 120 * (Utils.only2decimal(rooftop.roof_bill_amount / rooftop.roof_used_unit)))*12)*25) }} Rs. |
{{ Utils.only2decimal((Math.floor(rooftop.roof_amount/69000)) * 120 * (Utils.only2decimal(rooftop.roof_bill_amount / rooftop.roof_used_unit))) }} Rs. {{ Utils.only2decimal(((Math.floor(rooftop.roof_amount/69000)) * 120 * (Utils.only2decimal(rooftop.roof_bill_amount / rooftop.roof_used_unit)))*12) }} Rs. {{ Utils.only2decimal((((Math.floor(rooftop.roof_amount/69000)) * 120 * (Utils.only2decimal(rooftop.roof_bill_amount / rooftop.roof_used_unit)))*12)*25) }} Rs. |
Carbon dioxide emissions mitigated is
{{ Math.floor(((rooftop.roof_area*rooftop.roof_percentage)/100)/80) * 31 }} tonnes.
{{ Math.floor(rooftop.roof_kw_value) * 31 }} tonnes.
{{ Math.floor((rooftop.roof_amount)/69000) * 31 }} tonnes.
This installation will be equivalent to planting
{{ Math.floor(((rooftop.roof_area*rooftop.roof_percentage)/100)/80) * 49 }} Teak trees over the life time. (Data from IISc).
{{ Math.floor(rooftop.roof_kw_value) * 49 }} Teak trees over the life time. (Data from IISc).
{{ Math.floor((rooftop.roof_amount)/69000) * 49 }} Teak trees over the life time. (Data from IISc).