calculators, simulators and converters - online Energy Conservation for mitigation of Global Warming

Nowagreen: Energy Conservation for mitigation of Global Warming

online energy simulation programs, calculators and converters

Hydroelectric Turbine Online Energy Simulation and Optimization * Input: Hydrology - Renewable Energy (RE) Head [m] month average water flow [m3/s] (for each month) * Input: Equipment turbine power [MW] maximum turbine overload [0%-10%] generator efficiency [%], default = 97% generator Power Factor [%], default = 90% auxiliary and in-house electricity consumption, default = 2.5% non-operating hours [hr/y], default = 720 hr/y Transmission and Line Losses (T&L) [%], default = 2% * Input: Economic Parameters investment in the hydro project (I) [$] O&M [% of Investment], default = 2% Rate of Interest (ROI) [%/year], default = 6% life expectancy of the project [years], default = 30 years electricity export tariff [cent/kWh], default = 5.5 US cent/kWh * Output for each month, year minimum, average, maximum Renewable Energy (RE) [MW] Turbine Efficiency Turbine effective power [MWh/hr] Net Export of Electricity [MWh/hr] * Output: Annual Hydro Energy Generation Renewable Energy per year [MWh/year] Turbine Energy [MWh/year] Net Export [MWh/year] * Output: Equipment turbine power to max RE ratio [%] Plant Load Factor (PLF) [%] * Output: Economic Parameters yearly cost of Investment (Iy) [$/y] critical tariff [cent/kWh] recommended tariff [cent/kWh] max no loss Investment [$] income from Renewable Energy [$/year] yearly net income (NIny) [$/y] NIny-Iy [$/y] Capital Recovery Factor (CRF) Present Value of RE (PVRE) [$] Present Value of the project (PV) [$] Net Present Value of the project (NPV) [$] PV/I [%] profit (PV/I-1) [%]		High Voltage Electric Lines Electro-Magnetic Field Radiation online calculator * electric line kiloVolts * distance from electric line: meters [m] yards [y] feet [ft] * average hours a day of exposure to the line radiation, preset: 15 hr/d * radiation limit 24 [mGhr/day] * calculations results: EMF - average [miliGauss] EMF - peak [miliGauss] EMF daily radiation [mGhr/day] average day radiation to limit ratio peak day (extreme weather) radiation to limit ratio
Heat Index and Overcooling Heat Index * Input: Relative Humidity (RH) %: air temperature in °C or °F * Output: Heat Index in °C and °F if relevant: Overcooling extended time [%] energy waste [%] Overcooling Heat Index (OCHI) in °C and °F		Building Energy Simulation and Optimization - BESOO * Input: orientation of building walls Cool On - air conditioning operating temperature °C: infiltration [changes per hour] ventilation parameters building details details of outside wall layers [meter] optional 10min results, if yes, the simulation may take up to 120 seconds default values for all input fields * Output: Cooling period, hours, energy, condense, power Heat Index average, maximum, minimum Heat Index not in cooling hours ventilation total time comfort total hours
Economic Evaluation of Energy Conservation Projects * Input Energy Consumption: electricity consumption electricity tariff [cent/kWh] fuel and gas consumption [$/y] * Input Energy Saving: electricity saving fuel and gas saving total saving [$/year], [%] * Input Economic Parameters: Investment in energy conservation project (I) [$] life expectancy of the energy conservation project [years] * Output: total energy consumption [$/y] saving of energy [kWh/y], [$/y], [%] saving of peak demand of electricity [kW] Capital Recovery Factor (CRF) Present Value of yearly savings (PV) [$] Net Present Value of yearly savings (NPV) [$] PV/I [%] Profit (PV/I-1) [%] Max no loss Investment [$] * final result of the techno-economic analysis * preset values for easy understanding and demonstration * change of any value automatically recalculates all outputs		selection of room air conditioner * region: preset of many locations all over the world, or user defined input of the hottest month average temperature [C] * building details: floor (middle, lowest, highest) room floor area [m2], [SqFt] * Coefficient of Performance - COP for cooling, default = 3.8 * working hours of air conditioner [hr/y], preset defaults for each region * electricity tariffs, cent/kWh, including VAT, default = 10.0 c/kWh * Output: cooling capacity [W], [BTU/hr] electric power [W] compressor size [HP] electricity consumption [kWh/y], [$/y] justified additional investment in 0.1 better COP [$]
Economic Evaluation of Energy Conservation Projects Capital Recovery Factor * Input: Rate of Interest (ROI) [%/year] life expectancy of the energy conservation project [years] Investment in energy conservation project (I) [$] Energy Saving [$/year] * Output: Capital Recovery Factor (CRF) Present Value of yearly savings (PV) [$] Net Present Value of yearly savings (NPV) [$] PV/I [%] Profit (PV/I-1) [%] Max no loss Investment [$] * preset values for easy understanding and demonstration * change of any value automatically recalculates all outputs		Investment: Loan and Mortgage online calculator * Input: years rate of interest [%/y] loan amount * Output: monthly payments yearly payments total payments money loss money loss, % * 8 columns of sets of data: yearly payments delta to left column money loss delta to left column * change of monthly payments changes loan amount * change of any value automatically recalculates all outputs * preset values for demonstration * link to updated rates of interest (Israel)
Global Warming Baselines Converter * Input: Baseline 1 (source) = baseline of the source data, from year - to year Baseline 2 (target) = baseline of the convertet data, from year - to year * Output: Conversion Factors [°C] for: Land+Ocean Land only Ocean only to receive the values of the converted data, the Conversion Factor should be added to the source data		Global Warming above the 1850-1900 baseline, °C * Input: select year to show data of the global warming * Output: Global Warming above the 1850-1900 baseline, °C: Land+Ocean Land only Ocean only
Celsius / Fahrenheit online converter * Celsius to Fahrenheit * Fahrenheit to Celsius * 7 columsn of sets of data (preset) * instant calculations with any change		feet+inch to centimeters online converter * feet - decimal (like 11.25) * feet = integer + inch decimal * mm * cm * 3 columns of sets of data (preset) * instant calculations with any change
miles to kilometers online converter * mile * Nautical mile * km * 5 columns of sets of data (preset) * instant calculations with any change		Miles per US Gallon to Liter per 100km online converter * Liter/100km * Miles/Gallon * 2 columns of sets of data (preset) * instant calculations with any change
pound+ounce to gram online converter * pound - decimal (like 11.5) * pound integer + oz decimal * gram * kg * 3 columns of sets of data (preset) * instant calculations with any change		US Gallon, Dry Gallon, Quarts, Pints, Ounces, cubic inch to Liters online converter * US liquid Volume/Capacity units US liquid gallon US liquid quart US liquid pint US fluid ounce cubic inch * US dry Volume/Capacity units US bushel US dry gallon * Metric units Liter milliLiter = cm3 * 3 columns of sets of data (preset) * instant calculations with any change
°C/°F, kg/lb, km/mile, Liter/gal, (Liter/100km)/(Miles/Gallon) * Celsius / Fahrenheit: Celsius to Fahrenheit Fahrenheit to Celsius 6 columsn of sets of data (preset) * gram / ounce: gram to ounce ounce to gram 2 columsn of sets of data (preset) * kg / pound: kg to pound pound to kg 3 columsn of sets of data (preset) * Liter / US gallon: Liter US gallon US gallon to Liter 3 columsn of sets of data (preset) * km / US mile: km to US mile US mile to km 4 columsn of sets of data (preset) * (Liter/100km) / (Miles/Gallon): Liter/100km to Miles/Gallon Miles/Gallon to Liter/100km 2 columsn of sets of data (preset) * instant calculations with any change		online countdown and stopwatch * set: hours, minutes, seconds * display: text to remind you: (like:switch off water heating) start time current time end time elapsed time from start = stopwatch date, day of the week * preset: 30min

online energy simulation programs, calculators and converters