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grid-scale energy storage planning and reasoning training, this dataset covers storage power, energy capacity, and discharge-duration configurations alongside corresponding grid requirements. Samples compare a baseline configuration with a counterfactual alternative to analyze how power and energy constraints affect feasibility and suitable use cases. The data supports storage option comparison, planning question answering, and training models in counterfactual reasoning.\u003C\u002Fp>","2026-10-12 11:01:53","2026-10-19 17:19:08","0.00",29,0,5000,"grid-scale energy storage, storage capacity planning, storage duration planning, storage power constraints, storage energy constraints, counterfactual QA, energy storage dataset, reasoning training data","Counterfactual QA on grid-scale storage power, capacity, and duration for feasibility comparison, planning analysis, and model reasoning training.","JSON","0.3GB","grid-scale energy storage planning, energy storage capacity optimization, power grid feasibility assessment","counterfactual reasoning, constraint-based reasoning, feasibility assessment","V1.0","rivo\u002Fsample-packages\u002Fb7a611d6-492a-44d6-9de9-0a9437616626\u002F20261012.zip",[584,589,594,599,604,610,615,620,625,630,635],{"id":573,"name":585,"field":586,"intro":587,"type":588},"File Name","file_name","File name","string",{"id":590,"name":591,"field":592,"intro":593,"type":588},8316,"Final Answer","final_answer","Answers the original question by clearly comparing the baseline and counterfactual configurations and distinguishing power constraints from energy constraints.",{"id":595,"name":596,"field":597,"intro":598,"type":588},8317,"Use-Case Impact","scenario_impact","Explains how the configuration change affects the grid requirements the storage can meet and the use cases it can serve.",{"id":600,"name":601,"field":602,"intro":603,"type":588},8318,"Original Question","source_question","Contains the planning scenario and the conditions to compare or the question to answer.",{"id":605,"name":606,"field":607,"intro":608,"type":609},8319,"Grid Requirement","grid_requirement","Specifies the grid-side power, energy, and duration requirements used to assess whether a storage configuration is feasible.","object",{"id":611,"name":612,"field":613,"intro":614,"type":588},8320,"Baseline Configuration Feasibility","baseline_feasibility","Assesses whether the baseline configuration meets the grid requirements under power and energy constraints.",{"id":616,"name":617,"field":618,"intro":619,"type":609},8321,"Baseline Storage Configuration","baseline_configuration","Specifies the storage power, energy capacity, and duration design conditions before the counterfactual change.",{"id":621,"name":622,"field":623,"intro":624,"type":588},8322,"Power Constraint Analysis","power_constraint_analysis","Compares the power capability of both configurations with the grid requirement and explains whether power is a limiting factor.",{"id":626,"name":627,"field":628,"intro":629,"type":588},8323,"Counterfactual Configuration Feasibility","counterfactual_feasibility","Assesses whether the changed configuration meets the grid requirements under power and energy constraints.",{"id":631,"name":632,"field":633,"intro":634,"type":609},8324,"Counterfactual Storage Configuration","counterfactual_configuration","Specifies the storage power, energy capacity, and duration after the design conditions change.",{"id":636,"name":637,"field":638,"intro":639,"type":588},8325,"Energy and Duration Constraint Analysis","energy_duration_constraint_analysis","Compares the energy capacity and duration of both configurations with the grid requirement and explains whether energy or duration is limiting.",[641,645,649,653],{"id":642,"question":643,"answer":644},6026,"What storage planning topics does the dataset cover?","Samples compare baseline and counterfactual grid-scale storage configurations against grid requirements. They cover power, energy capacity, and discharge duration, with feasibility judgments, constraint analysis, use-case impacts, and final answers.",{"id":646,"question":647,"answer":648},6027,"How are power constraints distinguished from energy and duration constraints?","Power constraints determine whether storage can reach the instantaneous output or absorption power required by the grid. Energy and duration constraints determine whether it can deliver the required energy over the specified period. Both should be checked separately; rated power alone is not enough to establish overall feasibility.",{"id":650,"question":651,"answer":652},6028,"Which training and application scenarios are suitable for this data?","The data is suitable for reasoning supervised fine-tuning, counterfactual comparison, and storage planning question-answering. It can also help evaluate whether a model can explain how configuration changes affect feasibility and applicable use cases.",{"id":654,"question":655,"answer":656},6029,"How can the data be obtained, and where can licensing terms be checked?","Check the dataset listing or the provider's designated channel for available delivery methods, file formats, and access procedures. Licensing scope, commercial-use conditions, and redistribution rules should be confirmed in the provider's terms; no specific license or delivery format is stated here.",[658,676,689],{"id":659,"relate_table":660,"relate_id":661,"file_size":573,"file_name":662,"path":8,"duration":573,"cate":483,"file_format":663,"audio_rate":8,"audio_channel":522,"audio_bit_depth":522,"quality":8,"annotation":664,"cate_name":665,"final_answer":666,"scenario_impact":667,"source_question":668,"grid_requirement":669,"baseline_feasibility":670,"baseline_configuration":671,"power_constraint_analysis":672,"counterfactual_feasibility":673,"counterfactual_configuration":674,"energy_duration_constraint_analysis":675},14833,"union_cubo",515404919,"样例_3.json","json","{\"final_answer\": \"The baseline is feasible for the stated 75 MW, 300 MWh, 4-hour event. The counterfactual is partially feasible: its 100 MW rating still meets the power requirement, but 250 MWh and a 2.5-hour rated duration are insufficient for the 300 MWh, 4-hour energy requirement.\", \"scenario_impact\": \"The baseline can provide the full 4-hour peak-support service. After the energy reduction, the system can still meet the required power level but cannot sustain it for the full event, shifting its suitability toward shorter-duration support rather than this 4-hour requirement.\", \"source_question\": \"A peak-support requirement calls for 75 MW continuously for 4 hours, totaling 300 MWh. The baseline system is rated at 100 MW with 400 MWh of usable energy and a 4-hour rated duration. What changes if usable energy is reduced to 250 MWh while rated power remains 100 MW, giving a 2.5-hour rated duration?\", \"grid_requirement\": \"{\\\"required_power_mw\\\": 75, \\\"required_energy_mwh\\\": 300, \\\"required_duration_hours\\\": 4}\", \"baseline_feasibility\": \"Feasible\", \"baseline_configuration\": \"{\\\"power_mw\\\": 100, \\\"energy_mwh\\\": 400, \\\"duration_hours\\\": 4}\", \"power_constraint_analysis\": \"Both configurations are rated at 100 MW, above the 75 MW requirement. The reduction in energy does not reduce the stated power rating, so power remains adequate in the counterfactual.\", \"counterfactual_feasibility\": \"Partially feasible\", \"counterfactual_configuration\": \"{\\\"power_mw\\\": 100, \\\"energy_mwh\\\": 250, \\\"duration_hours\\\": 2.5}\", \"energy_duration_constraint_analysis\": \"The baseline provides 400 MWh and a 4-hour rated duration, meeting the 300 MWh, 4-hour requirement. The counterfactual provides only 250 MWh, 50 MWh below the requirement, and its 2.5-hour rated duration is shorter than the required 4 hours. At a 75 MW dispatch, 250 MWh would also cover only about 3.33 hours, less than the event duration.\"}","文本","The baseline is feasible for the stated 75 MW, 300 MWh, 4-hour event. The counterfactual is partially feasible: its 100 MW rating still meets the power requirement, but 250 MWh and a 2.5-hour rated duration are insufficient for the 300 MWh, 4-hour energy requirement.","The baseline can provide the full 4-hour peak-support service. After the energy reduction, the system can still meet the required power level but cannot sustain it for the full event, shifting its suitability toward shorter-duration support rather than this 4-hour requirement.","A peak-support requirement calls for 75 MW continuously for 4 hours, totaling 300 MWh. The baseline system is rated at 100 MW with 400 MWh of usable energy and a 4-hour rated duration. What changes if usable energy is reduced to 250 MWh while rated power remains 100 MW, giving a 2.5-hour rated duration?","{\"required_power_mw\": 75, \"required_energy_mwh\": 300, \"required_duration_hours\": 4}","Feasible","{\"power_mw\": 100, \"energy_mwh\": 400, \"duration_hours\": 4}","Both configurations are rated at 100 MW, above the 75 MW requirement. The reduction in energy does not reduce the stated power rating, so power remains adequate in the counterfactual.","Partially feasible","{\"power_mw\": 100, \"energy_mwh\": 250, \"duration_hours\": 2.5}","The baseline provides 400 MWh and a 4-hour rated duration, meeting the 300 MWh, 4-hour requirement. The counterfactual provides only 250 MWh, 50 MWh below the requirement, and its 2.5-hour rated duration is shorter than the required 4 hours. At a 75 MW dispatch, 250 MWh would also cover only about 3.33 hours, less than the event duration.",{"id":677,"relate_table":660,"relate_id":678,"file_size":573,"file_name":679,"path":8,"duration":573,"cate":483,"file_format":663,"audio_rate":8,"audio_channel":522,"audio_bit_depth":522,"quality":8,"annotation":680,"cate_name":665,"final_answer":681,"scenario_impact":682,"source_question":683,"grid_requirement":684,"baseline_feasibility":673,"baseline_configuration":685,"power_constraint_analysis":686,"counterfactual_feasibility":670,"counterfactual_configuration":687,"energy_duration_constraint_analysis":688},14832,327337032,"样例_2.json","{\"final_answer\": \"The baseline is partially feasible: its 240 MWh capacity and 4-hour duration are sufficient, but its 60 MW rating cannot meet the 80 MW requirement. The counterfactual is feasible for the stated event because its 90 MW rating, 270 MWh capacity, and 3-hour duration meet or exceed the corresponding requirements.\", \"scenario_impact\": \"The baseline can cover the event's energy and duration but cannot reach its required output rate. The revised design increases power capability while retaining adequate energy, enabling the 80 MW, 3-hour service; its shorter rated duration still matches the specified event.\", \"source_question\": \"A grid operator requires 80 MW for 3 consecutive hours, corresponding to 240 MWh. The baseline storage system is rated at 60 MW with 240 MWh of usable energy and a 4-hour rated duration. Consider a revised design rated at 90 MW, with 270 MWh and a 3-hour rated duration. Does the change resolve the baseline limitation?\", \"grid_requirement\": \"{\\\"required_power_mw\\\": 80, \\\"required_energy_mwh\\\": 240, \\\"required_duration_hours\\\": 3}\", \"baseline_feasibility\": \"Partially feasible\", \"baseline_configuration\": \"{\\\"power_mw\\\": 60, \\\"energy_mwh\\\": 240, \\\"duration_hours\\\": 4}\", \"power_constraint_analysis\": \"The baseline's 60 MW rating is 20 MW below the required 80 MW, so it cannot deliver the requested power. The counterfactual rating of 90 MW exceeds the requirement by 10 MW; power is no longer a limiting constraint.\", \"counterfactual_feasibility\": \"Feasible\", \"counterfactual_configuration\": \"{\\\"power_mw\\\": 90, \\\"energy_mwh\\\": 270, \\\"duration_hours\\\": 3}\", \"energy_duration_constraint_analysis\": \"The baseline has exactly the required 240 MWh and a 4-hour rated duration, so its energy and duration are sufficient for the 240 MWh, 3-hour event. The counterfactual has 270 MWh and a 3-hour rated duration, also meeting the stated energy and duration requirements.\"}","The baseline is partially feasible: its 240 MWh capacity and 4-hour duration are sufficient, but its 60 MW rating cannot meet the 80 MW requirement. The counterfactual is feasible for the stated event because its 90 MW rating, 270 MWh capacity, and 3-hour duration meet or exceed the corresponding requirements.","The baseline can cover the event's energy and duration but cannot reach its required output rate. The revised design increases power capability while retaining adequate energy, enabling the 80 MW, 3-hour service; its shorter rated duration still matches the specified event.","A grid operator requires 80 MW for 3 consecutive hours, corresponding to 240 MWh. The baseline storage system is rated at 60 MW with 240 MWh of usable energy and a 4-hour rated duration. Consider a revised design rated at 90 MW, with 270 MWh and a 3-hour rated duration. Does the change resolve the baseline limitation?","{\"required_power_mw\": 80, \"required_energy_mwh\": 240, \"required_duration_hours\": 3}","{\"power_mw\": 60, \"energy_mwh\": 240, \"duration_hours\": 4}","The baseline's 60 MW rating is 20 MW below the required 80 MW, so it cannot deliver the requested power. The counterfactual rating of 90 MW exceeds the requirement by 10 MW; power is no longer a limiting constraint.","{\"power_mw\": 90, \"energy_mwh\": 270, \"duration_hours\": 3}","The baseline has exactly the required 240 MWh and a 4-hour rated duration, so its energy and duration are sufficient for the 240 MWh, 3-hour event. The counterfactual has 270 MWh and a 3-hour rated duration, also meeting the stated energy and duration requirements.",{"id":690,"relate_table":660,"relate_id":691,"file_size":573,"file_name":692,"path":8,"duration":573,"cate":483,"file_format":663,"audio_rate":8,"audio_channel":522,"audio_bit_depth":522,"quality":8,"annotation":693,"cate_name":665,"final_answer":694,"scenario_impact":695,"source_question":696,"grid_requirement":697,"baseline_feasibility":673,"baseline_configuration":698,"power_constraint_analysis":699,"counterfactual_feasibility":670,"counterfactual_configuration":685,"energy_duration_constraint_analysis":700},14831,2036503165,"样例_1.json","{\"final_answer\": \"The baseline is partially feasible: its 60 MW rating exceeds the 50 MW need, but its 180 MWh capacity and 3-hour duration fall short of the 200 MWh, 4-hour event. With power unchanged at 60 MW and energy increased to 240 MWh, the counterfactual configuration meets the stated power, energy, and duration requirements.\", \"scenario_impact\": \"Increasing energy capacity without changing power preserves the ability to meet the event's instantaneous power demand while extending support from 3 to 4 hours. The change makes the specified 4-hour grid support event feasible.\", \"source_question\": \"A grid support event requires 50 MW continuously for 4 hours, or 200 MWh. The baseline system is rated at 60 MW with 180 MWh of usable energy and a 3-hour rated discharge duration. If usable energy is increased to 240 MWh while power remains unchanged, does the revised system meet the event, and what limitation applies to the baseline?\", \"grid_requirement\": \"{\\\"required_power_mw\\\": 50, \\\"required_energy_mwh\\\": 200, \\\"required_duration_hours\\\": 4}\", \"baseline_feasibility\": \"Partially feasible\", \"baseline_configuration\": \"{\\\"power_mw\\\": 60, \\\"energy_mwh\\\": 180, \\\"duration_hours\\\": 3}\", \"power_constraint_analysis\": \"Both configurations are rated at 60 MW, exceeding the 50 MW requirement by 10 MW. Power is not the limiting factor in either case.\", \"counterfactual_feasibility\": \"Feasible\", \"counterfactual_configuration\": \"{\\\"power_mw\\\": 60, \\\"energy_mwh\\\": 240, \\\"duration_hours\\\": 4}\", \"energy_duration_constraint_analysis\": \"The baseline has 180 MWh against a 200 MWh requirement and a 3-hour rated duration against 4 hours, so it cannot sustain the full event. The revised configuration has 240 MWh and a 4-hour rated duration, meeting both the energy and duration requirements.\"}","The baseline is partially feasible: its 60 MW rating exceeds the 50 MW need, but its 180 MWh capacity and 3-hour duration fall short of the 200 MWh, 4-hour event. With power unchanged at 60 MW and energy increased to 240 MWh, the counterfactual configuration meets the stated power, energy, and duration requirements.","Increasing energy capacity without changing power preserves the ability to meet the event's instantaneous power demand while extending support from 3 to 4 hours. The change makes the specified 4-hour grid support event feasible.","A grid support event requires 50 MW continuously for 4 hours, or 200 MWh. The baseline system is rated at 60 MW with 180 MWh of usable energy and a 3-hour rated discharge duration. If usable energy is increased to 240 MWh while power remains unchanged, does the revised system meet the event, and what limitation applies to the baseline?","{\"required_power_mw\": 50, \"required_energy_mwh\": 200, \"required_duration_hours\": 4}","{\"power_mw\": 60, \"energy_mwh\": 180, \"duration_hours\": 3}","Both configurations are rated at 60 MW, exceeding the 50 MW requirement by 10 MW. Power is not the limiting factor in either case.","The baseline has 180 MWh against a 200 MWh requirement and a 3-hour rated duration against 4 hours, so it cannot sustain the full event. The revised configuration has 240 MWh and a 4-hour rated duration, meeting both the energy and duration requirements.","{\"final_answer\":\"The baseline is feasible for the stated 75 MW, 300 MWh, 4-hour event. The counterfactual is partially feasible: its 100 MW rating still meets the power requirement, but 250 MWh and a 2.5-hour rated duration are insufficient for the 300 MWh, 4-hour energy requirement.\",\"scenario_impact\":\"The baseline can provide the full 4-hour peak-support service. After the energy reduction, the system can still meet the required power level but cannot sustain it for the full event, shifting its suitability toward shorter-duration support rather than this 4-hour requirement.\",\"source_question\":\"A peak-support requirement calls for 75 MW continuously for 4 hours, totaling 300 MWh. The baseline system is rated at 100 MW with 400 MWh of usable energy and a 4-hour rated duration. What changes if usable energy is reduced to 250 MWh while rated power remains 100 MW, giving a 2.5-hour rated duration?\",\"grid_requirement\":\"{\\\"required_power_mw\\\": 75, \\\"required_energy_mwh\\\": 300, \\\"required_duration_hours\\\": 4}\",\"baseline_feasibility\":\"Feasible\",\"baseline_configuration\":\"{\\\"power_mw\\\": 100, \\\"energy_mwh\\\": 400, \\\"duration_hours\\\": 4}\",\"power_constraint_analysis\":\"Both configurations are rated at 100 MW, above the 75 MW requirement. The reduction in energy does not reduce the stated power rating, so power remains adequate in the counterfactual.\",\"counterfactual_feasibility\":\"Partially feasible\",\"counterfactual_configuration\":\"{\\\"power_mw\\\": 100, \\\"energy_mwh\\\": 250, \\\"duration_hours\\\": 2.5}\",\"energy_duration_constraint_analysis\":\"The baseline provides 400 MWh and a 4-hour rated duration, meeting the 300 MWh, 4-hour requirement. The counterfactual provides only 250 MWh, 50 MWh below the requirement, and its 2.5-hour rated duration is shorter than the required 4 hours. At a 75 MW dispatch, 250 MWh would also cover only about 3.33 hours, less than the event duration.\"}","MOBIUSI INC","https:\u002F\u002Fstatic.mobiusi.com\u002Fmobiwusi\u002F20250829\u002F7bf4ac62b4533e2b809998a6f1c5491e.png?Expires=1792463130&OSSAccessKeyId=LTAI5tH8MQqhgeiAtrzCHrxM&Signature=v6Tr8jBrdm4s5wU1SnnyGsYg%2Bhw%3D&x-oss-process=image%2Fresize%2Cm_fill%2Cw_35%2Ch_35",[705,711],{"type":706,"title":707,"count_data":708},"bar","Length distribution",[709],{"name":710,"value":483},"1k lower",{"type":712,"title":713,"count_data":714},"pie","Language distribution",[715],{"name":716,"value":483},"English"]