A TOU Pricing Mechanism to Promote Renewable Energy Consumption: The Case of the Western Inner Mongolia Grid in China

Table 7

The level of power price with a TOU pricing model to promote renewable energy consumption. Unit: Yuan/kWh.

Power generated by captive coal-fired power plants shift to grid		0			2%			4%
Items	Voltage classes	Power price			Power price			Power price
		Peak	Shoulder	Off-peak	Peak	Shoulder	Off-peak	Peak	Shoulder	Off-peak
Industry	1–10 kV	0.6487	0.4548	0.2313	0.6490	0.4548	0.2313	0.6493	0.4548	0.2313
	35–110 kV	0.6187	0.4398	0.2313	0.6190	0.4398	0.2313	0.6193	0.4398	0.2313
	110–220 kV	0.5987	0.4278	0.2273	0.5992	0.4278	0.2273	0.5996	0.4278	0.2273
	220 kV and above	0.5917	0.4208	0.2203	0.5924	0.4208	0.2203	0.5932	0.4208	0.2203
Calcium carbide, electric furnace ferroalloy, electrolytic caustic soda, ammonia synthesis, electric furnace calcium magnesium phosphate, electric furnace yellow phosphorus, electrolytic aluminum, polycrystalline silicon, single crystal silicon	1–10 kV	0.5627	0.4118	0.2313	0.5630	0.4118	0.2313	0.5633	0.4118	0.2313
	35–110 kV	0.5327	0.3968	0.2313	0.5330	0.3968	0.2313	0.5333	0.3968	0.2313
	110–220 kV	0.5127	0.3848	0.2273	0.5132	0.3848	0.2273	0.5136	0.3848	0.2273
	220 kV and above	0.5057	0.3778	0.2203	0.5064	0.3778	0.2203	0.5072	0.3778	0.2203