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Difficulty: HardInference and Logical Deduction

Read the following passage carefully:

To accelerate rural electrification without overburdening the state transmission grid, the Ministry of Power instituted a decentralized microgrid incentive program. Under the framework, private developers receive operational subsidies only if their microgrid installations utilize at least 70% locally manufactured components by total project cost. However, a recent sectoral audit established that domestic component manufacturers currently lack the technical capability to manufacture high-efficiency inverter modules, obligating developers to import all inverter hardware. Furthermore, the official program guidelines mandate that inverter modules constitute exactly 40% of the total component cost for any standard microgrid installation. Consequently, developers must carefully evaluate their supply chain sourcing before applying for state fiscal support.

Statement: Based on the passage, under the current technological conditions, any private developer completing a standard microgrid project is structurally incapable of qualifying for operational subsidies under the program.

Answer: Answer

Answer

True. Based strictly on the logical deduction of the figures and constraints provided in the passage, a standard microgrid project cannot achieve the 70% local component threshold required for operational subsidies.
The statement correctly derives a logically necessary conclusion from the passage premises. Since inverter modules are mandatory at 40% of project cost and must be imported in full, the remaining local component contribution is capped at 60%. This mathematically guarantees that no standard microgrid project can meet the 70% local content requirement for operational subsidies.

Step-by-Step Solution

1
Identify the threshold condition for receiving operational subsidies.
Operational subsidies require at least 70% locally manufactured components by total project cost.
This establishes the mandatory target criterion defined by the Ministry of Power.
2
Determine the fixed imported component fraction based on technological constraints.
Inverter modules constitute exactly 40% of total project cost and must be 100% imported due to lack of domestic manufacturing capability.
This establishes a non-negotiable foreign component cost of 40%.
3
Calculate the maximum achievable local component percentage.
Maximum local component percentage = 100% - 40% = 60%.
Even if all non-inverter components (60%) are sourced locally, total local content cannot exceed 60%.
4
Compare maximum achievable local content to the required threshold.
60% maximum local content is less than the required 70% threshold.
Deductive necessity proves that standard microgrid projects cannot meet the subsidy requirement under current technological conditions.

Key Concept

Logical Deduction from Mathematical and Conditional Premises
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Topics

Inference and Logical Deduction

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