The formula used for calculating the LCOE of renewable energy technologies is(go to Amortisation Calculator):

Where:

LCOE = the average lifetime levelised cost of electricity generation;

I t = investment expenditures in the year t;

Mt = operations and maintenance expenditures in the year t;

Ft = fuel expenditures in the year t;

Et = electricity generation in the year t;

r = discount rate;

and n = economic life of the system

Click the Sliders to calculate LCOE(once you click on it it will start)

Investment expenditures price (EUR/kWp 750 EUR – 2000 EUR):

Operation hours per year:

Period in the years:

Photovoltaic Electricity Cost per kWh:

Click the Sliders to calculate Capital Costs

Price of Modules per Watt(Cent per Watt):

Watt per Module

Amount of Modules:

Watt of the System:

kWp of the System:

Inverter and Rest:

Capital Cost for your System:

Capital Cost for your System per kWp:

**Amortization of your Photovoltaic online Calculation – Inflation**

**Usage per kWh/year per kWp(1000 Watt)**

Price of Electricity in Eurocent/kWh

Annual Price Increase -Inflation (1,02 = 2%)

Total Cost of the Photovoltaic per kWp(per 1000 Watt)

Expenses per year in Electricity:

Spending after 25 years -inclusive Inflation:

Stromkosten Gesamt mögliche ErsparnisFinancial Plan | |||||||||

PV-Anlage | 2017 | 2018 | 2019 | 2020 | 2021 | 2022 | 2023 | 2024 | 2025 |

Earnings | |||||||||

not billed Electricity | |||||||||

invested Capital | |||||||||

Revenues |

Photovoltaic Production per month in kwh(for individual Data - please contact us!)

Powerusage per Day H0 Standard of VDEW

## See also - contact me

- Energy conversion
- Amortisation LCOE
- Power conversion
- Off-Grid Configurator
- kWh to watts calculator
- Watts to kWH calculator
- kW to Ah to kg Calculation