Investigation of electricity, and hydrogen generation and economical analysis of PV-T depending on different water flow rates and conditions

9 publications in the local catalog that cite this work (OpenAlex reference match; not the full global list).

1. Integrated solar-based PEMWEs for green electricity production 2024 Citations 30 · OpenAlex
2. Evaluation of energy, exergy, economic, and carbon savings analyses, along with green hydrogen production of PVs and PVTs under daily solar radiation for various tilt angles and mass flow ratios 2025 Citations 17 · OpenAlex
3. Investigation of the energetic, exergetic performance, environmental, economic, and hydrogen production analyses of PV-T for increasing surface areas and mass flow rates compared to PV 2024 Citations 15 · OpenAlex
4. Investigation of the energetic, exergetic performance, environmental, economic, and hydrogen production analyses of PV-T for increasing surface areas and mass flow rates compared to PV 2024 Citations 15 · OpenAlex
5. Investigation of the energetic, exergetic performance, environmental, economic, and hydrogen production analyses of PV-T for increasing surface areas and mass flow rates compared to PV 2024 Citations 14 · OpenAlex
6. An experimental study on optimization of coolant mass flow rate in a photovoltaic/thermal system 2024 Citations 14 · OpenAlex
7. Investigation of the energetic, exergetic performance, environmental, economic, and hydrogen production analyses of PV-T for increasing surface areas and mass flow rates compared to PV 2024 Citations 14 · OpenAlex
8. Enhancing hydrogen gas production in electrolysis cells with ammonium chloride and solar PV integration 2025 Citations 3 · OpenAlex
9. Comprehensive assessment of photovoltaic and photovoltaic–thermal driven green hydrogen systems: Influence of latitude and operating conditions on energy, exergy, economic, and carbon performance 2026 Citations 0 · OpenAlex