This series estimates the power production for a given day of a new solar power plant located in the state of Georgia, which has a humid subtropical climate. As reference, the maximal power production in similar states on June 20th was of 25.83 at 11:10:00.
Types of context: ['Intemporal information']
Capabilities: ['Reasoning: Deduction', 'Retrieval: Memory']
This series estimates the power production for a given day of a new solar power plant located in the state of Georgia, which has a humid subtropical climate. As reference, the maximal power production in similar states on June 20th was of 25.83 at 11:10:00.
Types of context: ['Intemporal information']
Capabilities: ['Reasoning: Deduction', 'Retrieval: Memory']
This series estimates the power production for a given day of a new solar power plant located in the state of Georgia, which has a humid subtropical climate. As reference, the maximal power production in similar states on June 20th was of 25.83 at 11:10:00.
Types of context: ['Intemporal information']
Capabilities: ['Reasoning: Deduction', 'Retrieval: Memory']
This series estimates the power production for a given day of a new solar power plant located in the state of Georgia, which has a humid subtropical climate. As reference, the maximal power production in similar states on June 20th was of 25.83 at 11:10:00.
Types of context: ['Intemporal information']
Capabilities: ['Reasoning: Deduction', 'Retrieval: Memory']
This series estimates the power production for a given day of a new solar power plant located in the state of Georgia, which has a humid subtropical climate. As reference, the maximal power production in similar states on June 20th was of 25.83 at 11:10:00.
Types of context: ['Intemporal information']
Capabilities: ['Reasoning: Deduction', 'Retrieval: Memory']