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#!/usr/bin/python2 -00
# -*- coding: utf-8 -*-
import numpy as np
import pylab
measurements={}
def addm(subject, r, u, i):
""" Add Measurments to dict
@param subject name of solarcell panel. each panel has 6 cells. each 3 are in series. "1b" means panel 1 and second series of three cells
@param r load resistor
@param u measured voltage in volts
@param i remasured current in ampere
"""
global measurements
if not subject in measurements:
measurements[subject]={}
measurements[subject][r] = (u,i)
def getm_ui(subject):
global measurements
return zip(* map( lambda (r, ui): ui, sorted(measurements[subject].items()) ))
def getm_rp(subject):
""" get measurements load over power
@param subject name of solarpanelcells series
@returns tuple of lists: (list(r values), list(p values))
"""
global measurements
return zip(* map( lambda (r, (u,i)): (u/i, u*i), sorted(measurements[subject].items()) ))
def getm_parallelAB_ui(panelnum):
global measurements
(uA, iA) = getm_ui(str(panelnum)+'a')
(uB, iB) = getm_ui(str(panelnum)+'b')
u_par = map(lambda us: sum(us)/2, zip(uA,uB))
i_par = map(lambda (i1,i2): i1+i2, zip(iA,iB))
return (u_par, i_par)
def getm_parallelAB_rp(panelnum):
""" get measurements load over power with simulated parallel connection between xA and xB
@panelnum number of panel
@returns tuple of lists: (list(r values), list(p values))
"""
(u_s, i_s) = getm_parallelAB_ui(panelnum)
return zip(* map(lambda (u,i): (u/i, u*i), zip(u_s, i_s)))
subjects = [str(i)+c for i in range(1,7) for c in "ab"]
#### Measurements with 250W Baustellenstrahler ####
addm("2a", 120, 0.88, 7.4e-3)
addm("2b",120, 0.8, 6.6e-3)
addm("3a",120, 0.7, 5.8e-3)
addm("3b",120, 0.65, 5.4e-3)
addm("4a",120, 0.66, 5.5e-3)
addm("4b",120, 0.78, 6.6e-3)
addm("5a",120, 0.77, 6.5e-3)
addm("5b",120, 0.9, 7.8e-3)
addm("6a",120, 0.72, 6.0e-3)
addm("6b",120, 0.93, 7.8e-3)
addm("1a",120, 0.84, 7.1e-3)
addm("1a", 330, 2, 6.2e-3)
addm("1a", 1000, 4.58, 4.5e-3)
addm("1a", 4700, 6, 1.2e-3)
addm("1b",120, 0.74 , 6.2e-3)
addm("1b", 330, 1.8, 5.7e-3)
addm("1b", 1000, 4, 4e-3)
addm("1b", 4700, 4.3, 0.9e-3)
addm("2a", 330, 2.25, 6.9e-3)
addm("2a", 1000, 4.74, 4.7e-3)
addm("2a", 4700, 5.8, 1.2e-3)
addm("2b", 330, 2.17, 6.7e-3)
addm("2b", 1000, 3.95, 3.9e-3)
addm("2b", 4700, 4.6, 1.0e-3)
addm("3a", 330, 1.86, 5.7e-3)
addm("3a", 1000,4.75, 4.7e-3)
addm("3a", 4700, 5.8, 1.2e-3)
addm("3b", 330, 1.74, 5.3e-3)
addm("3b", 1000, 4.52, 4.6e-3)
addm("3b", 4700, 5.8, 1.2e-3)
addm("4a", 330, 1.81, 5.5e-3)
addm("4a", 1000, 4.98, 4.9e-3)
addm("4a", 4700, 5.8, 1.2e-3)
addm("4b", 330, 2.21, 6.5e-3)
addm("4b", 1000, 4.29, 4.2e-3)
addm("4b", 4700, 5.5, 1.2e-3)
addm("5a", 330, 2.1, 6.4e-3)
addm("5a", 1000, 4.0, 4.0e-3)
addm("5a", 4700, 4.7, 1e-3)
addm("5b", 330, 2.27, 7e-3)
addm("5b", 1000, 4.29, 4.3e-3)
addm("5b", 4700, 5.5, 1.2e-3)
addm("6a", 330, 1.69, 5.2e-3)
addm("6a", 1000, 3.61, 3.6e-3)
addm("6a", 4700, 3.9, 0.8e-3)
addm("6b", 330, 2, 6.2e-3)
addm("6b", 1000, 3.54, 3.5e-3)
addm("6b", 4700,4.2, 0.9e-3)
addm ('1a', 3300, 6.71, 2.0e-3)
addm ('1b', 3300, 4.8, 1.4e-3)
addm ('2a', 3300, 6.6, 1.9e-3)
addm ('2b', 3300, 5.1, 1.5e-3)
addm ('3a', 3300, 6.47, 1.9e-3)
addm ('3b', 3300, 6.45, 1.9e-3)
addm ('4a', 3300, 6.5, 1.9e-3)
addm ('4b', 3300, 6.02, 1.8e-3)
addm ('5a', 3300, 5.25, 1.5e-3)
addm ('5b', 3300, 6.05, 1.8e-3)
addm ('6a', 3300, 4.27, 1.2e-3)
addm ('6b', 3300, 4.62, 1.4e-3)
addm ('1a', 1500, 6.25, 4.1e-3)
addm ('1b', 1500, 4.72, 3.1e-3)
addm ('2a', 1500, 6.20, 4.1e-3)
addm ('2b', 1500, 4.80, 3.2e-3)
addm ('3a', 1500, 6.25, 4.1e-3)
addm ('3b', 1500, 6.28, 4.2e-3)
addm ('4a', 1500, 6.32, 4.2e-3)
addm ('4b', 1500, 5.68, 3.8e-3)
addm ('5a', 1500, 5.00, 3.3e-3)
addm ('5b', 1500, 5.67, 3.8e-3)
addm ('6a', 1500, 4.19, 2.8e-3)
addm ('6b', 1500, 4.36, 2.9e-3)
si = iter(subjects)
addm(si.next(), 2200, 6.60, 3e-3)
addm(si.next(), 2200, 4.57, 2.1e-3)
addm(si.next(), 2200, 6.17,2.8e-3)
addm(si.next(), 2200, 4.96, 2.2e-3)
addm(si.next(), 2200, 6.1, 2.8e-3)
addm(si.next(), 2200, 6.08, 2.75e-3)
addm(si.next(), 2200, 6.16, 2.8e-3)
addm(si.next(), 2200,5.77, 2.6e-3)
addm(si.next(), 2200, 5.0, 2.25e-3)
addm(si.next(), 2200, 5.75, 2.6e-3)
addm(si.next(), 2200, 4.05, 1.8e-3)
addm(si.next(), 2200, 4.34, 1.98e-3)
si = iter(subjects)
addm(si.next(), 1200, 5.6, 4.8e-3)
addm(si.next(), 1200, 4.2, 3.6e-3)
addm(si.next(), 1200, 5.5, 4.7e-3)
addm(si.next(), 1200, 4.4, 3.7e-3)
addm(si.next(), 1200, 5.8,5e-3)
addm(si.next(), 1200, 5.4, 4.6e-3)
addm(si.next(), 1200, 6.0, 5.1e-3)
addm(si.next(), 1200, 5.35, 4.5e-3)
addm(si.next(), 1200, 4.6, 3.9e-3)
addm(si.next(), 1200, 5.1, 4.3e-3)
addm(si.next(), 1200, 3.9, 3.3e-3)
addm(si.next(), 1200, 4, 3.4e-3)
addm("3a", 1800, 6.2, 3.4e-3)
addm("3b", 1800, 6, 3.3e-3)
addm("4a", 1800, 6.25, 3.5e-3)
addm("4b", 1800, 5.7, 3.2e-3)
#### Measurements with 1200W Halogen Scheinwerfer ####
addm("es3a", 1200, 6.7, 5.7e-3)
subjects_es = ["es"+str(i)+c for i in range(1,7) for c in "ab"]
esi = iter(subjects_es)
addm(esi.next(), 220, 3.8, 17.9e-3)
addm(esi.next(), 220, 3.2, 14.2e-3)
addm(esi.next(), 220, 3.7, 17.6e-3)
addm(esi.next(), 220, 3.6, 17.2e-3)
addm(esi.next(), 220, 3, 14.2e-3)
addm(esi.next(), 220, 3.2, 15.2e-3)
addm(esi.next(), 220, 3, 14e-3) #4a
addm(esi.next(), 220, 3.2, 15.2e-3) #4b
addm(esi.next(), 220, 3.8, 18e-3)
addm(esi.next(), 220, 3.5, 16.5e-3)
addm(esi.next(), 220, 2.7, 12.7e-3)
addm(esi.next(), 220, 3.4, 16.3e-3)
#~ esi = iter(subjects_es)
#~ addm(esi.next(), 220,
#~ addm(esi.next(), 220,
#~ addm(esi.next(), 220,
#~ addm(esi.next(), 220,
#~ addm(esi.next(), 220,
#~ addm(esi.next(), 220,
#~ addm(esi.next(), 220,
#~ addm(esi.next(), 220,
#~ addm(esi.next(), 220,
#~ addm(esi.next(), 220,
#~ addm(esi.next(), 220,
#~ addm(esi.next(), 220,
#subjects = ["1a", "1b"]
#subjects.remove("1b")
pylab.figure(1)
pylab.xlabel('Spannung [U]')
pylab.ylabel('Strom [I]')
pylab.grid(True)
for subject in subjects:
(u, i) = getm_ui(subject)
pylab.plot(u,i, label=subject)
pylab.hold(True)
pylab.legend()
pylab.figure(2)
pylab.xlabel('Widerstand [Ohm]')
pylab.ylabel('Leistung [W]')
pylab.xscale('log', basex=10)
pylab.yscale('log', basey=10)
pylab.grid(True)
for subject in subjects:
(r, p) = getm_rp(subject)
pylab.plot(r,p, label=subject)
pylab.hold(True)
pylab.legend()
pylab.figure(3)
pylab.xlabel('Spannung [U]')
pylab.ylabel('Strom [I]')
pylab.grid(True)
for panelid in range(1,7):
(u, i) = getm_parallelAB_ui(panelid)
pylab.plot(u,i, label=str(panelid))
pylab.hold(True)
pylab.legend()
pylab.figure(4)
pylab.xlabel('Widerstand [Ohm]')
pylab.ylabel('Leistung [W]')
pylab.xscale('log', basex=10)
pylab.yscale('log', basey=10)
pylab.grid(True)
for panelid in range(1,7):
(r, p) = getm_parallelAB_rp(panelid)
pylab.plot(r,p, label=str(panelid))
pylab.hold(True)
pylab.legend()
pylab.show()
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