The distribution of peaks and valleys must be adjusted. If each gear is in this transmission ratio, then:
The first peak electricity fee: 0.55× 204× (1+50%)/(1+kloc-0/+50%) = 67.32 yuan.
Off-peak electricity consumption cost in the first stage: 0.35× 204×1(1+1+50%) = 28.56 yuan.
Second peak electricity fee: (0.55+0.05) × (348-204 )× (1+50%)/(1+50%) = 51.84 (Yuan).
The second off-peak electricity fee: (0.35+0.05) × (348-204 )×1(1+1+50%) = 23.04 yuan.
The third peak electricity fee: (0.55+0.3) × (600-348 )× (1+50%)/(1+kloc-0/+50%) =128.52 (RMB).
Off-peak electricity charge for the third gear: (0.35+0.3) × (600-348 )×1(1+1+50%) = 65.52 (yuan).
* * *: 67.32+28.56+51.84+23.04+128.52+65.52 = 364.80 (yuan)
2. 82.8÷0.05= 1656 (degrees) February 1 day * * * electricity consumption 1656 degrees.
1656×1(1+4) = 331.2 (degrees) February valley power.
1656× 4/(1+4) =1324.8 (degrees) February electricity consumption peak.
3, 4.8÷0.05+204=300 (degrees) April 1 day * * * Power consumption of 300 degrees.
0.486×300= 145.8 (yuan) * * * April electricity bill.
145.8-4.8 =141(yuan). If the ladder price is not implemented, the electricity fee is 14 1 yuan.
0.55×300= 165 (yuan). It is assumed that all electricity is consumed at peak hours, and the total electricity fee is 165 yuan.
165-141= 24 (yuan) is more than the actual electricity bill by 24 yuan.
0.55-0.35=0.2 (Yuan) Replacing primary peak electricity with primary peak electricity to reduce electricity bill 0.2 yuan.
24÷0.2= 120 (degrees) and the valley power is 120 degrees.
300- 120= 180 (degrees) peak electricity is 180 degrees.