Reverse_Osmosis_Plugin

Classes:

Reverse_Osmosis_Plugin(dcf, print_info)

Simulation of purified water production using reverse osmosis.

class pyH2A.Plugins.Reverse_Osmosis_Plugin.Reverse_Osmosis_Plugin(dcf, print_info)

Simulation of purified water production using reverse osmosis.

Parameters:

Financial Input Values > Construction time > Valueint

Construction time of hydrogen production plant in years. Technical Operating Parameters and Specifications > Design output by year > Value : nd.array

Yearly output ignoring operating capacity factor.

Technical Operating Parameters and Specifications > Operating capacity factor > Valuefloat, int

Operating capacity factor value between 0 and 1 or percentage value.

Reverse Osmosis > Power demand > Valuefloat

Power demand of reverse osmosis plant of sea water.

Reverse Osmosis > Average daily operating hours > Valuefloat

Average daily operating hours of reverse osmosis plant, used for scaling of reverse osmosis plant.

Reverse Osmosis > Recovery rate > Valuefloat

Fraction of fresh water obtained from given volume of sea water.

Returns:

Power Consumption > Reverse osmosis consumption (yearly) > Valuend.array

Electricity demand of reverse osmosis plant on each year.

Power Consumption > Reverse osmosis consumption (yearly) > Typestr

Type of power consumer, type is ‘flexible’, uses both stored and available power.

Reverse Osmosis > Capacity > Valuefloat

Maximum sea water processing capacity per hour of reverse osmosis plant.

Methods:

calculate_electricity_demand(dcf)	Calculation of electricity demand for reverse osmosis based on yearly amount of hydrogen production.
calculate_reverse_osmosis_scaling()	Calculation of maximum sea water processing capacity per hour based on yearly sea water demand and average daily operating hours.

calculate_electricity_demand(dcf)

Calculation of electricity demand for reverse osmosis based on yearly amount of hydrogen production.

calculate_reverse_osmosis_scaling()

Calculation of maximum sea water processing capacity per hour based on yearly sea water demand and average daily operating hours.