OPTIMIZATION OF OFF-GRID MICROGRID WITH DIFFERENT BATTERIES

Versión 1.1.4 (88,4 MB) por Dr. P. PRAVEEN KUMAR
Off-grid microgrid modeling with various battery and fuel cell technologies utilizing various renewable energy resources
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Actualizado 14 nov 2025

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Hello, dear researchers. This MATLAB code was created during my PhD research at India's prestigious Institute "Indian Institute of Technology Roorkee". This is a case study work in which I chose a rural location in India and modelled the system using various combinations of renewable energy resources and battery technologies. My published articles contain detailed information about modelling and everything else. I've included the journals information below. Please cite those articles so that my citations will increase.

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Dr. P. PRAVEEN KUMAR (2025). OPTIMIZATION OF OFF-GRID MICROGRID WITH DIFFERENT BATTERIES (https://la.mathworks.com/matlabcentral/fileexchange/117260-optimization-of-off-grid-microgrid-with-different-batteries), MATLAB Central File Exchange. Recuperado .

Compatibilidad con la versión de MATLAB
Se creó con R2018a
Compatible con cualquier versión desde R2018a hasta R2022a
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1. OFF-GRID MICROGRID MATLAB CODE WITH DIFFERENT BATTERIES AND FUEL CELL TECHNOLOGY/7. Solar+Biomass+DG+LA, Li-Ion, Ni-Fe Batteries+ROD Plant/2.CYCLE CHARGING STRATEGY/1.2.LEAD ACID, 2.5 YEARS @ 80% DOD/1.GA_MUNIGUDA_ZONE1

1. OFF-GRID MICROGRID MATLAB CODE WITH DIFFERENT BATTERIES AND FUEL CELL TECHNOLOGY/7. Solar+Biomass+DG+LA, Li-Ion, Ni-Fe Batteries+ROD Plant/2.CYCLE CHARGING STRATEGY/1.2.LEAD ACID, 2.5 YEARS @ 80% DOD/2.PSO_MUNIGUDA_ZONE1

1. OFF-GRID MICROGRID MATLAB CODE WITH DIFFERENT BATTERIES AND FUEL CELL TECHNOLOGY/7. Solar+Biomass+DG+LA, Li-Ion, Ni-Fe Batteries+ROD Plant/2.CYCLE CHARGING STRATEGY/1.2.LEAD ACID, 2.5 YEARS @ 80% DOD/3.DE_MUNIGUDA_ZONE1

1. OFF-GRID MICROGRID MATLAB CODE WITH DIFFERENT BATTERIES AND FUEL CELL TECHNOLOGY/7. Solar+Biomass+DG+LA, Li-Ion, Ni-Fe Batteries+ROD Plant/2.CYCLE CHARGING STRATEGY/1.2.LEAD ACID, 2.5 YEARS @ 80% DOD/4.GWO_MUNIGUDA_ZONE1

1. OFF-GRID MICROGRID MATLAB CODE WITH DIFFERENT BATTERIES AND FUEL CELL TECHNOLOGY/7. Solar+Biomass+DG+LA, Li-Ion, Ni-Fe Batteries+ROD Plant/2.CYCLE CHARGING STRATEGY/1.2.LEAD ACID, 2.5 YEARS @ 80% DOD/5.ALO_MUNIGUDA_ZONE1

1. OFF-GRID MICROGRID MATLAB CODE WITH DIFFERENT BATTERIES AND FUEL CELL TECHNOLOGY/7. Solar+Biomass+DG+LA, Li-Ion, Ni-Fe Batteries+ROD Plant/2.CYCLE CHARGING STRATEGY/1.2.LEAD ACID, 2.5 YEARS @ 80% DOD/6.DRAGON_FLY_MUNIGUDA_ZONE1

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1. OFF-GRID MICROGRID MATLAB CODE WITH DIFFERENT BATTERIES AND FUEL CELL TECHNOLOGY/7. Solar+Biomass+DG+LA, Li-Ion, Ni-Fe Batteries+ROD Plant/2.CYCLE CHARGING STRATEGY/2.1.LITHIUM ION, 15 YEARS @ 50% DOD/4.GWO_MUNIGUDA_ZONE1

1. OFF-GRID MICROGRID MATLAB CODE WITH DIFFERENT BATTERIES AND FUEL CELL TECHNOLOGY/7. Solar+Biomass+DG+LA, Li-Ion, Ni-Fe Batteries+ROD Plant/2.CYCLE CHARGING STRATEGY/2.1.LITHIUM ION, 15 YEARS @ 50% DOD/5.ALO_MUNIGUDA_ZONE1

1. OFF-GRID MICROGRID MATLAB CODE WITH DIFFERENT BATTERIES AND FUEL CELL TECHNOLOGY/7. Solar+Biomass+DG+LA, Li-Ion, Ni-Fe Batteries+ROD Plant/2.CYCLE CHARGING STRATEGY/2.1.LITHIUM ION, 15 YEARS @ 50% DOD/6.DRAGON_FLY_MUNIGUDA_ZONE1

1. OFF-GRID MICROGRID MATLAB CODE WITH DIFFERENT BATTERIES AND FUEL CELL TECHNOLOGY/7. Solar+Biomass+DG+LA, Li-Ion, Ni-Fe Batteries+ROD Plant/2.CYCLE CHARGING STRATEGY/2.2.LITHIUM ION, 9 YEARS @ 70% DOD/1.GA_MUNIGUDA_ZONE1

1. OFF-GRID MICROGRID MATLAB CODE WITH DIFFERENT BATTERIES AND FUEL CELL TECHNOLOGY/7. Solar+Biomass+DG+LA, Li-Ion, Ni-Fe Batteries+ROD Plant/2.CYCLE CHARGING STRATEGY/2.2.LITHIUM ION, 9 YEARS @ 70% DOD/2.PSO_MUNIGUDA_ZONE1

1. OFF-GRID MICROGRID MATLAB CODE WITH DIFFERENT BATTERIES AND FUEL CELL TECHNOLOGY/7. Solar+Biomass+DG+LA, Li-Ion, Ni-Fe Batteries+ROD Plant/2.CYCLE CHARGING STRATEGY/2.2.LITHIUM ION, 9 YEARS @ 70% DOD/3.DE_MUNIGUDA_ZONE1

1. OFF-GRID MICROGRID MATLAB CODE WITH DIFFERENT BATTERIES AND FUEL CELL TECHNOLOGY/7. Solar+Biomass+DG+LA, Li-Ion, Ni-Fe Batteries+ROD Plant/2.CYCLE CHARGING STRATEGY/2.2.LITHIUM ION, 9 YEARS @ 70% DOD/4.GWO_MUNIGUDA_ZONE1

1. OFF-GRID MICROGRID MATLAB CODE WITH DIFFERENT BATTERIES AND FUEL CELL TECHNOLOGY/7. Solar+Biomass+DG+LA, Li-Ion, Ni-Fe Batteries+ROD Plant/2.CYCLE CHARGING STRATEGY/2.2.LITHIUM ION, 9 YEARS @ 70% DOD/5.ALO_MUNIGUDA_ZONE1

1. OFF-GRID MICROGRID MATLAB CODE WITH DIFFERENT BATTERIES AND FUEL CELL TECHNOLOGY/7. Solar+Biomass+DG+LA, Li-Ion, Ni-Fe Batteries+ROD Plant/2.CYCLE CHARGING STRATEGY/2.2.LITHIUM ION, 9 YEARS @ 70% DOD/6.DRAGON_FLY_MUNIGUDA_ZONE1

1. OFF-GRID MICROGRID MATLAB CODE WITH DIFFERENT BATTERIES AND FUEL CELL TECHNOLOGY/7. Solar+Biomass+DG+LA, Li-Ion, Ni-Fe Batteries+ROD Plant/2.CYCLE CHARGING STRATEGY/2.3.LITHIUM ION, 7.5 YEARS @ 80% DOD/1.GA_MUNIGUDA_ZONE1

1. OFF-GRID MICROGRID MATLAB CODE WITH DIFFERENT BATTERIES AND FUEL CELL TECHNOLOGY/7. Solar+Biomass+DG+LA, Li-Ion, Ni-Fe Batteries+ROD Plant/2.CYCLE CHARGING STRATEGY/2.3.LITHIUM ION, 7.5 YEARS @ 80% DOD/2.PSO_MUNIGUDA_ZONE1

1. OFF-GRID MICROGRID MATLAB CODE WITH DIFFERENT BATTERIES AND FUEL CELL TECHNOLOGY/7. Solar+Biomass+DG+LA, Li-Ion, Ni-Fe Batteries+ROD Plant/2.CYCLE CHARGING STRATEGY/2.3.LITHIUM ION, 7.5 YEARS @ 80% DOD/3.DE_MUNIGUDA_ZONE1

1. OFF-GRID MICROGRID MATLAB CODE WITH DIFFERENT BATTERIES AND FUEL CELL TECHNOLOGY/7. Solar+Biomass+DG+LA, Li-Ion, Ni-Fe Batteries+ROD Plant/2.CYCLE CHARGING STRATEGY/2.3.LITHIUM ION, 7.5 YEARS @ 80% DOD/4.GWO_MUNIGUDA_ZONE1

1. OFF-GRID MICROGRID MATLAB CODE WITH DIFFERENT BATTERIES AND FUEL CELL TECHNOLOGY/7. Solar+Biomass+DG+LA, Li-Ion, Ni-Fe Batteries+ROD Plant/2.CYCLE CHARGING STRATEGY/2.3.LITHIUM ION, 7.5 YEARS @ 80% DOD/5.ALO_MUNIGUDA_ZONE1

1. OFF-GRID MICROGRID MATLAB CODE WITH DIFFERENT BATTERIES AND FUEL CELL TECHNOLOGY/7. Solar+Biomass+DG+LA, Li-Ion, Ni-Fe Batteries+ROD Plant/2.CYCLE CHARGING STRATEGY/2.3.LITHIUM ION, 7.5 YEARS @ 80% DOD/6.DRAGON_FLY_MUNIGUDA_ZONE1

1. OFF-GRID MICROGRID MATLAB CODE WITH DIFFERENT BATTERIES AND FUEL CELL TECHNOLOGY/7. Solar+Biomass+DG+LA, Li-Ion, Ni-Fe Batteries+ROD Plant/2.CYCLE CHARGING STRATEGY/3.NI-FE/1.GA_MUNIGUDA_ZONE1

1. OFF-GRID MICROGRID MATLAB CODE WITH DIFFERENT BATTERIES AND FUEL CELL TECHNOLOGY/7. Solar+Biomass+DG+LA, Li-Ion, Ni-Fe Batteries+ROD Plant/2.CYCLE CHARGING STRATEGY/3.NI-FE/2.PSO_MUNIGUDA_ZONE1

1. OFF-GRID MICROGRID MATLAB CODE WITH DIFFERENT BATTERIES AND FUEL CELL TECHNOLOGY/7. Solar+Biomass+DG+LA, Li-Ion, Ni-Fe Batteries+ROD Plant/2.CYCLE CHARGING STRATEGY/3.NI-FE/3.DE_MUNIGUDA_ZONE1

1. OFF-GRID MICROGRID MATLAB CODE WITH DIFFERENT BATTERIES AND FUEL CELL TECHNOLOGY/7. Solar+Biomass+DG+LA, Li-Ion, Ni-Fe Batteries+ROD Plant/2.CYCLE CHARGING STRATEGY/3.NI-FE/4.GWO_MUNIGUDA_ZONE1

1. OFF-GRID MICROGRID MATLAB CODE WITH DIFFERENT BATTERIES AND FUEL CELL TECHNOLOGY/7. Solar+Biomass+DG+LA, Li-Ion, Ni-Fe Batteries+ROD Plant/2.CYCLE CHARGING STRATEGY/3.NI-FE/5.ALO_MUNIGUDA_ZONE1

1. OFF-GRID MICROGRID MATLAB CODE WITH DIFFERENT BATTERIES AND FUEL CELL TECHNOLOGY/7. Solar+Biomass+DG+LA, Li-Ion, Ni-Fe Batteries+ROD Plant/2.CYCLE CHARGING STRATEGY/3.NI-FE/6.DRAGON_FLY_MUNIGUDA_ZONE1

1. OFF-GRID MICROGRID MATLAB CODE WITH DIFFERENT BATTERIES AND FUEL CELL TECHNOLOGY/7. Solar+Biomass+DG+LA, Li-Ion, Ni-Fe Batteries+ROD Plant/2.CYCLE CHARGING STRATEGY/3.NI-FE/7.MOTH_FLAME_MUNIGUDA_ZONE1

1. OFF-GRID MICROGRID MATLAB CODE WITH DIFFERENT BATTERIES AND FUEL CELL TECHNOLOGY/7. Solar+Biomass+DG+LA, Li-Ion, Ni-Fe Batteries+ROD Plant/2.CYCLE CHARGING STRATEGY/3.NI-FE/8.GRASSHOPPER_MUNIGUDA_ZONE1

1. OFF-GRID MICROGRID MATLAB CODE WITH DIFFERENT BATTERIES AND FUEL CELL TECHNOLOGY/7. Solar+Biomass+DG+LA, Li-Ion, Ni-Fe Batteries+ROD Plant/3.LPSP (Ni-Fe)/1.LOAD FOLLOWING STRATEGY/1.LPSP-1%

1. OFF-GRID MICROGRID MATLAB CODE WITH DIFFERENT BATTERIES AND FUEL CELL TECHNOLOGY/7. Solar+Biomass+DG+LA, Li-Ion, Ni-Fe Batteries+ROD Plant/3.LPSP (Ni-Fe)/1.LOAD FOLLOWING STRATEGY/2.LPSP-2%

1. OFF-GRID MICROGRID MATLAB CODE WITH DIFFERENT BATTERIES AND FUEL CELL TECHNOLOGY/7. Solar+Biomass+DG+LA, Li-Ion, Ni-Fe Batteries+ROD Plant/3.LPSP (Ni-Fe)/1.LOAD FOLLOWING STRATEGY/3.LPSP-3%

1. OFF-GRID MICROGRID MATLAB CODE WITH DIFFERENT BATTERIES AND FUEL CELL TECHNOLOGY/7. Solar+Biomass+DG+LA, Li-Ion, Ni-Fe Batteries+ROD Plant/3.LPSP (Ni-Fe)/1.LOAD FOLLOWING STRATEGY/4.LPSP-4%

1. OFF-GRID MICROGRID MATLAB CODE WITH DIFFERENT BATTERIES AND FUEL CELL TECHNOLOGY/7. Solar+Biomass+DG+LA, Li-Ion, Ni-Fe Batteries+ROD Plant/3.LPSP (Ni-Fe)/1.LOAD FOLLOWING STRATEGY/5.LPSP-5%

1. OFF-GRID MICROGRID MATLAB CODE WITH DIFFERENT BATTERIES AND FUEL CELL TECHNOLOGY/8. Solar+Biomass+LA, Li-Ion, Ni-Fe Batteries+ROD Plant/1.1.LEAD ACID, 3 YEARS @ 70% DOD/1.GA_MUNIGUDA_ZONE1

1. OFF-GRID MICROGRID MATLAB CODE WITH DIFFERENT BATTERIES AND FUEL CELL TECHNOLOGY/8. Solar+Biomass+LA, Li-Ion, Ni-Fe Batteries+ROD Plant/1.1.LEAD ACID, 3 YEARS @ 70% DOD/2.PSO_MUNIGUDA_ZONE1

1. OFF-GRID MICROGRID MATLAB CODE WITH DIFFERENT BATTERIES AND FUEL CELL TECHNOLOGY/8. Solar+Biomass+LA, Li-Ion, Ni-Fe Batteries+ROD Plant/1.1.LEAD ACID, 3 YEARS @ 70% DOD/3.DE_MUNIGUDA_ZONE1

1. OFF-GRID MICROGRID MATLAB CODE WITH DIFFERENT BATTERIES AND FUEL CELL TECHNOLOGY/8. Solar+Biomass+LA, Li-Ion, Ni-Fe Batteries+ROD Plant/1.1.LEAD ACID, 3 YEARS @ 70% DOD/4.GWO_MUNIGUDA_ZONE1

1. OFF-GRID MICROGRID MATLAB CODE WITH DIFFERENT BATTERIES AND FUEL CELL TECHNOLOGY/8. Solar+Biomass+LA, Li-Ion, Ni-Fe Batteries+ROD Plant/1.1.LEAD ACID, 3 YEARS @ 70% DOD/5.ALO_MUNIGUDA_ZONE1

1. OFF-GRID MICROGRID MATLAB CODE WITH DIFFERENT BATTERIES AND FUEL CELL TECHNOLOGY/8. Solar+Biomass+LA, Li-Ion, Ni-Fe Batteries+ROD Plant/1.1.LEAD ACID, 3 YEARS @ 70% DOD/6.DRAGON_FLY_MUNIGUDA_ZONE1

1. OFF-GRID MICROGRID MATLAB CODE WITH DIFFERENT BATTERIES AND FUEL CELL TECHNOLOGY/8. Solar+Biomass+LA, Li-Ion, Ni-Fe Batteries+ROD Plant/1.1.LEAD ACID, 3 YEARS @ 70% DOD/7.MOTH_FLAME_MUNIGUDA_ZONE1

1. OFF-GRID MICROGRID MATLAB CODE WITH DIFFERENT BATTERIES AND FUEL CELL TECHNOLOGY/8. Solar+Biomass+LA, Li-Ion, Ni-Fe Batteries+ROD Plant/1.1.LEAD ACID, 3 YEARS @ 70% DOD/8.GRASSHOPPER_MUNIGUDA_ZONE1

1. OFF-GRID MICROGRID MATLAB CODE WITH DIFFERENT BATTERIES AND FUEL CELL TECHNOLOGY/8. Solar+Biomass+LA, Li-Ion, Ni-Fe Batteries+ROD Plant/1.2.LEAD ACID, 2.5 YEARS @ 80% DOD/1.GA_MUNIGUDA_ZONE1

1. OFF-GRID MICROGRID MATLAB CODE WITH DIFFERENT BATTERIES AND FUEL CELL TECHNOLOGY/8. Solar+Biomass+LA, Li-Ion, Ni-Fe Batteries+ROD Plant/1.2.LEAD ACID, 2.5 YEARS @ 80% DOD/2.PSO_MUNIGUDA_ZONE1

1. OFF-GRID MICROGRID MATLAB CODE WITH DIFFERENT BATTERIES AND FUEL CELL TECHNOLOGY/8. Solar+Biomass+LA, Li-Ion, Ni-Fe Batteries+ROD Plant/1.2.LEAD ACID, 2.5 YEARS @ 80% DOD/3.DE_MUNIGUDA_ZONE1

1. OFF-GRID MICROGRID MATLAB CODE WITH DIFFERENT BATTERIES AND FUEL CELL TECHNOLOGY/8. Solar+Biomass+LA, Li-Ion, Ni-Fe Batteries+ROD Plant/1.2.LEAD ACID, 2.5 YEARS @ 80% DOD/4.GWO_MUNIGUDA_ZONE1

1. OFF-GRID MICROGRID MATLAB CODE WITH DIFFERENT BATTERIES AND FUEL CELL TECHNOLOGY/8. Solar+Biomass+LA, Li-Ion, Ni-Fe Batteries+ROD Plant/1.2.LEAD ACID, 2.5 YEARS @ 80% DOD/5.ALO_MUNIGUDA_ZONE1

1. OFF-GRID MICROGRID MATLAB CODE WITH DIFFERENT BATTERIES AND FUEL CELL TECHNOLOGY/8. Solar+Biomass+LA, Li-Ion, Ni-Fe Batteries+ROD Plant/1.2.LEAD ACID, 2.5 YEARS @ 80% DOD/6.DRAGON_FLY_MUNIGUDA_ZONE1

1. OFF-GRID MICROGRID MATLAB CODE WITH DIFFERENT BATTERIES AND FUEL CELL TECHNOLOGY/8. Solar+Biomass+LA, Li-Ion, Ni-Fe Batteries+ROD Plant/1.2.LEAD ACID, 2.5 YEARS @ 80% DOD/7.MOTH_FLAME_MUNIGUDA_ZONE1

1. OFF-GRID MICROGRID MATLAB CODE WITH DIFFERENT BATTERIES AND FUEL CELL TECHNOLOGY/8. Solar+Biomass+LA, Li-Ion, Ni-Fe Batteries+ROD Plant/1.2.LEAD ACID, 2.5 YEARS @ 80% DOD/8.GRASSHOPPER_MUNIGUDA_ZONE1

1. OFF-GRID MICROGRID MATLAB CODE WITH DIFFERENT BATTERIES AND FUEL CELL TECHNOLOGY/8. Solar+Biomass+LA, Li-Ion, Ni-Fe Batteries+ROD Plant/2.1.LITHIUM ION, 15 YEARS @ 50% DOD/1.GA_MUNIGUDA_ZONE1

1. OFF-GRID MICROGRID MATLAB CODE WITH DIFFERENT BATTERIES AND FUEL CELL TECHNOLOGY/8. Solar+Biomass+LA, Li-Ion, Ni-Fe Batteries+ROD Plant/2.1.LITHIUM ION, 15 YEARS @ 50% DOD/2.PSO_MUNIGUDA_ZONE1

1. OFF-GRID MICROGRID MATLAB CODE WITH DIFFERENT BATTERIES AND FUEL CELL TECHNOLOGY/8. Solar+Biomass+LA, Li-Ion, Ni-Fe Batteries+ROD Plant/2.1.LITHIUM ION, 15 YEARS @ 50% DOD/3.DE_MUNIGUDA_ZONE1

1. OFF-GRID MICROGRID MATLAB CODE WITH DIFFERENT BATTERIES AND FUEL CELL TECHNOLOGY/8. Solar+Biomass+LA, Li-Ion, Ni-Fe Batteries+ROD Plant/2.1.LITHIUM ION, 15 YEARS @ 50% DOD/4.GWO_MUNIGUDA_ZONE1

1. OFF-GRID MICROGRID MATLAB CODE WITH DIFFERENT BATTERIES AND FUEL CELL TECHNOLOGY/8. Solar+Biomass+LA, Li-Ion, Ni-Fe Batteries+ROD Plant/2.1.LITHIUM ION, 15 YEARS @ 50% DOD/5.ALO_MUNIGUDA_ZONE1

1. OFF-GRID MICROGRID MATLAB CODE WITH DIFFERENT BATTERIES AND FUEL CELL TECHNOLOGY/8. Solar+Biomass+LA, Li-Ion, Ni-Fe Batteries+ROD Plant/2.1.LITHIUM ION, 15 YEARS @ 50% DOD/6.DRAGON_FLY_MUNIGUDA_ZONE1

1. OFF-GRID MICROGRID MATLAB CODE WITH DIFFERENT BATTERIES AND FUEL CELL TECHNOLOGY/8. Solar+Biomass+LA, Li-Ion, Ni-Fe Batteries+ROD Plant/2.1.LITHIUM ION, 15 YEARS @ 50% DOD/7.MOTH_FLAME_MUNIGUDA_ZONE1

1. OFF-GRID MICROGRID MATLAB CODE WITH DIFFERENT BATTERIES AND FUEL CELL TECHNOLOGY/8. Solar+Biomass+LA, Li-Ion, Ni-Fe Batteries+ROD Plant/2.1.LITHIUM ION, 15 YEARS @ 50% DOD/8.GRASSHOPPER_MUNIGUDA_ZONE1

1. OFF-GRID MICROGRID MATLAB CODE WITH DIFFERENT BATTERIES AND FUEL CELL TECHNOLOGY/8. Solar+Biomass+LA, Li-Ion, Ni-Fe Batteries+ROD Plant/2.2.LITHIUM ION, 9 YEARS @ 70% DOD/1.GA_MUNIGUDA_ZONE1

1. OFF-GRID MICROGRID MATLAB CODE WITH DIFFERENT BATTERIES AND FUEL CELL TECHNOLOGY/8. Solar+Biomass+LA, Li-Ion, Ni-Fe Batteries+ROD Plant/2.2.LITHIUM ION, 9 YEARS @ 70% DOD/2.PSO_MUNIGUDA_ZONE1

1. OFF-GRID MICROGRID MATLAB CODE WITH DIFFERENT BATTERIES AND FUEL CELL TECHNOLOGY/8. Solar+Biomass+LA, Li-Ion, Ni-Fe Batteries+ROD Plant/2.2.LITHIUM ION, 9 YEARS @ 70% DOD/3.DE_MUNIGUDA_ZONE1

1. OFF-GRID MICROGRID MATLAB CODE WITH DIFFERENT BATTERIES AND FUEL CELL TECHNOLOGY/8. Solar+Biomass+LA, Li-Ion, Ni-Fe Batteries+ROD Plant/2.2.LITHIUM ION, 9 YEARS @ 70% DOD/4.GWO_MUNIGUDA_ZONE1

1. OFF-GRID MICROGRID MATLAB CODE WITH DIFFERENT BATTERIES AND FUEL CELL TECHNOLOGY/8. Solar+Biomass+LA, Li-Ion, Ni-Fe Batteries+ROD Plant/2.2.LITHIUM ION, 9 YEARS @ 70% DOD/5.ALO_MUNIGUDA_ZONE1

1. OFF-GRID MICROGRID MATLAB CODE WITH DIFFERENT BATTERIES AND FUEL CELL TECHNOLOGY/8. Solar+Biomass+LA, Li-Ion, Ni-Fe Batteries+ROD Plant/2.2.LITHIUM ION, 9 YEARS @ 70% DOD/6.DRAGON_FLY_MUNIGUDA_ZONE1

1. OFF-GRID MICROGRID MATLAB CODE WITH DIFFERENT BATTERIES AND FUEL CELL TECHNOLOGY/8. Solar+Biomass+LA, Li-Ion, Ni-Fe Batteries+ROD Plant/2.2.LITHIUM ION, 9 YEARS @ 70% DOD/7.MOTH_FLAME_MUNIGUDA_ZONE1

1. OFF-GRID MICROGRID MATLAB CODE WITH DIFFERENT BATTERIES AND FUEL CELL TECHNOLOGY/8. Solar+Biomass+LA, Li-Ion, Ni-Fe Batteries+ROD Plant/2.2.LITHIUM ION, 9 YEARS @ 70% DOD/8.GRASSHOPPER_MUNIGUDA_ZONE1

1. OFF-GRID MICROGRID MATLAB CODE WITH DIFFERENT BATTERIES AND FUEL CELL TECHNOLOGY/8. Solar+Biomass+LA, Li-Ion, Ni-Fe Batteries+ROD Plant/2.3.LITHIUM ION, 7.5 YEARS @ 80% DOD/1.GA_MUNIGUDA_ZONE1

1. OFF-GRID MICROGRID MATLAB CODE WITH DIFFERENT BATTERIES AND FUEL CELL TECHNOLOGY/8. Solar+Biomass+LA, Li-Ion, Ni-Fe Batteries+ROD Plant/2.3.LITHIUM ION, 7.5 YEARS @ 80% DOD/2.PSO_MUNIGUDA_ZONE1

1. OFF-GRID MICROGRID MATLAB CODE WITH DIFFERENT BATTERIES AND FUEL CELL TECHNOLOGY/8. Solar+Biomass+LA, Li-Ion, Ni-Fe Batteries+ROD Plant/2.3.LITHIUM ION, 7.5 YEARS @ 80% DOD/3.DE_MUNIGUDA_ZONE1

1. OFF-GRID MICROGRID MATLAB CODE WITH DIFFERENT BATTERIES AND FUEL CELL TECHNOLOGY/8. Solar+Biomass+LA, Li-Ion, Ni-Fe Batteries+ROD Plant/2.3.LITHIUM ION, 7.5 YEARS @ 80% DOD/4.GWO_MUNIGUDA_ZONE1

1. OFF-GRID MICROGRID MATLAB CODE WITH DIFFERENT BATTERIES AND FUEL CELL TECHNOLOGY/8. Solar+Biomass+LA, Li-Ion, Ni-Fe Batteries+ROD Plant/2.3.LITHIUM ION, 7.5 YEARS @ 80% DOD/5.ALO_MUNIGUDA_ZONE1

1. OFF-GRID MICROGRID MATLAB CODE WITH DIFFERENT BATTERIES AND FUEL CELL TECHNOLOGY/8. Solar+Biomass+LA, Li-Ion, Ni-Fe Batteries+ROD Plant/2.3.LITHIUM ION, 7.5 YEARS @ 80% DOD/6.DRAGON_FLY_MUNIGUDA_ZONE1

1. OFF-GRID MICROGRID MATLAB CODE WITH DIFFERENT BATTERIES AND FUEL CELL TECHNOLOGY/8. Solar+Biomass+LA, Li-Ion, Ni-Fe Batteries+ROD Plant/2.3.LITHIUM ION, 7.5 YEARS @ 80% DOD/7.MOTH_FLAME_MUNIGUDA_ZONE1

1. OFF-GRID MICROGRID MATLAB CODE WITH DIFFERENT BATTERIES AND FUEL CELL TECHNOLOGY/8. Solar+Biomass+LA, Li-Ion, Ni-Fe Batteries+ROD Plant/2.3.LITHIUM ION, 7.5 YEARS @ 80% DOD/8.GRASSHOPPER_MUNIGUDA_ZONE1

1. OFF-GRID MICROGRID MATLAB CODE WITH DIFFERENT BATTERIES AND FUEL CELL TECHNOLOGY/8. Solar+Biomass+LA, Li-Ion, Ni-Fe Batteries+ROD Plant/3.NI-FE/1.GA_MUNIGUDA_ZONE1

1. OFF-GRID MICROGRID MATLAB CODE WITH DIFFERENT BATTERIES AND FUEL CELL TECHNOLOGY/8. Solar+Biomass+LA, Li-Ion, Ni-Fe Batteries+ROD Plant/3.NI-FE/2.PSO_MUNIGUDA_ZONE1

1. OFF-GRID MICROGRID MATLAB CODE WITH DIFFERENT BATTERIES AND FUEL CELL TECHNOLOGY/8. Solar+Biomass+LA, Li-Ion, Ni-Fe Batteries+ROD Plant/3.NI-FE/3.DE_MUNIGUDA_ZONE1

1. OFF-GRID MICROGRID MATLAB CODE WITH DIFFERENT BATTERIES AND FUEL CELL TECHNOLOGY/8. Solar+Biomass+LA, Li-Ion, Ni-Fe Batteries+ROD Plant/3.NI-FE/4.GWO_MUNIGUDA_ZONE1

1. OFF-GRID MICROGRID MATLAB CODE WITH DIFFERENT BATTERIES AND FUEL CELL TECHNOLOGY/8. Solar+Biomass+LA, Li-Ion, Ni-Fe Batteries+ROD Plant/3.NI-FE/5.ALO_MUNIGUDA_ZONE1

1. OFF-GRID MICROGRID MATLAB CODE WITH DIFFERENT BATTERIES AND FUEL CELL TECHNOLOGY/8. Solar+Biomass+LA, Li-Ion, Ni-Fe Batteries+ROD Plant/3.NI-FE/6.DRAGON_FLY_MUNIGUDA_ZONE1

1. OFF-GRID MICROGRID MATLAB CODE WITH DIFFERENT BATTERIES AND FUEL CELL TECHNOLOGY/8. Solar+Biomass+LA, Li-Ion, Ni-Fe Batteries+ROD Plant/3.NI-FE/7.MOTH_FLAME_MUNIGUDA_ZONE1

1. OFF-GRID MICROGRID MATLAB CODE WITH DIFFERENT BATTERIES AND FUEL CELL TECHNOLOGY/8. Solar+Biomass+LA, Li-Ion, Ni-Fe Batteries+ROD Plant/3.NI-FE/8.GRASSHOPPER_MUNIGUDA_ZONE1

1. OFF-GRID MICROGRID MATLAB CODE WITH DIFFERENT BATTERIES AND FUEL CELL TECHNOLOGY/8. Solar+Biomass+LA, Li-Ion, Ni-Fe Batteries+ROD Plant/4.SENSTIVITY ANALYSIS/1.WITH BMG +10% collection rate efficiency

1. OFF-GRID MICROGRID MATLAB CODE WITH DIFFERENT BATTERIES AND FUEL CELL TECHNOLOGY/8. Solar+Biomass+LA, Li-Ion, Ni-Fe Batteries+ROD Plant/4.SENSTIVITY ANALYSIS/2.WITH BMG +20% collection rate efficiency

1. OFF-GRID MICROGRID MATLAB CODE WITH DIFFERENT BATTERIES AND FUEL CELL TECHNOLOGY/8. Solar+Biomass+LA, Li-Ion, Ni-Fe Batteries+ROD Plant/4.SENSTIVITY ANALYSIS/3.WITH BMG -10% collection rate efficiency

1. OFF-GRID MICROGRID MATLAB CODE WITH DIFFERENT BATTERIES AND FUEL CELL TECHNOLOGY/8. Solar+Biomass+LA, Li-Ion, Ni-Fe Batteries+ROD Plant/4.SENSTIVITY ANALYSIS/4.WITH BMG -20% collection rate efficiency

1. OFF-GRID MICROGRID MATLAB CODE WITH DIFFERENT BATTERIES AND FUEL CELL TECHNOLOGY/8. Solar+Biomass+LA, Li-Ion, Ni-Fe Batteries+ROD Plant/4.SENSTIVITY ANALYSIS/rough/2.PSO_MUNIGUDA_ZONE1

1. OFF-GRID MICROGRID MATLAB CODE WITH DIFFERENT BATTERIES AND FUEL CELL TECHNOLOGY/8. Solar+Biomass+LA, Li-Ion, Ni-Fe Batteries+ROD Plant/5. Loss of Power Supply Probability (LPSP) (Ni-Fe)/1-PSO - LPSP = 0

1. OFF-GRID MICROGRID MATLAB CODE WITH DIFFERENT BATTERIES AND FUEL CELL TECHNOLOGY/8. Solar+Biomass+LA, Li-Ion, Ni-Fe Batteries+ROD Plant/5. Loss of Power Supply Probability (LPSP) (Ni-Fe)/2-PSO - LPSP = 1

1. OFF-GRID MICROGRID MATLAB CODE WITH DIFFERENT BATTERIES AND FUEL CELL TECHNOLOGY/8. Solar+Biomass+LA, Li-Ion, Ni-Fe Batteries+ROD Plant/5. Loss of Power Supply Probability (LPSP) (Ni-Fe)/3-PSO - LPSP = 2

1. OFF-GRID MICROGRID MATLAB CODE WITH DIFFERENT BATTERIES AND FUEL CELL TECHNOLOGY/8. Solar+Biomass+LA, Li-Ion, Ni-Fe Batteries+ROD Plant/5. Loss of Power Supply Probability (LPSP) (Ni-Fe)/4-PSO - LPSP = 3

1. OFF-GRID MICROGRID MATLAB CODE WITH DIFFERENT BATTERIES AND FUEL CELL TECHNOLOGY/8. Solar+Biomass+LA, Li-Ion, Ni-Fe Batteries+ROD Plant/5. Loss of Power Supply Probability (LPSP) (Ni-Fe)/5-PSO - LPSP = 4

1. OFF-GRID MICROGRID MATLAB CODE WITH DIFFERENT BATTERIES AND FUEL CELL TECHNOLOGY/8. Solar+Biomass+LA, Li-Ion, Ni-Fe Batteries+ROD Plant/5. Loss of Power Supply Probability (LPSP) (Ni-Fe)/6-PSO - LPSP = 5

1. OFF-GRID MICROGRID MATLAB CODE WITH DIFFERENT BATTERIES AND FUEL CELL TECHNOLOGY/9. Solar+Biomass+Wind+DG+LA, Li-Ion, Ni-Fe Batteries+Fuel Cell+ROD Plant/1.LOAD FOLLOWING STRATEGY/1.LEAD ACID/1.GA_MUNIGUDA_ZONE1

1. OFF-GRID MICROGRID MATLAB CODE WITH DIFFERENT BATTERIES AND FUEL CELL TECHNOLOGY/9. Solar+Biomass+Wind+DG+LA, Li-Ion, Ni-Fe Batteries+Fuel Cell+ROD Plant/1.LOAD FOLLOWING STRATEGY/1.LEAD ACID/2.PSO_MUNIGUDA_ZONE1

1. OFF-GRID MICROGRID MATLAB CODE WITH DIFFERENT BATTERIES AND FUEL CELL TECHNOLOGY/9. Solar+Biomass+Wind+DG+LA, Li-Ion, Ni-Fe Batteries+Fuel Cell+ROD Plant/1.LOAD FOLLOWING STRATEGY/1.LEAD ACID/3.DE_MUNIGUDA_ZONE1

1. OFF-GRID MICROGRID MATLAB CODE WITH DIFFERENT BATTERIES AND FUEL CELL TECHNOLOGY/9. Solar+Biomass+Wind+DG+LA, Li-Ion, Ni-Fe Batteries+Fuel Cell+ROD Plant/1.LOAD FOLLOWING STRATEGY/1.LEAD ACID/4.GWO_MUNIGUDA_ZONE1

1. OFF-GRID MICROGRID MATLAB CODE WITH DIFFERENT BATTERIES AND FUEL CELL TECHNOLOGY/9. Solar+Biomass+Wind+DG+LA, Li-Ion, Ni-Fe Batteries+Fuel Cell+ROD Plant/1.LOAD FOLLOWING STRATEGY/1.LEAD ACID/5.ALO_MUNIGUDA_ZONE1

1. OFF-GRID MICROGRID MATLAB CODE WITH DIFFERENT BATTERIES AND FUEL CELL TECHNOLOGY/9. Solar+Biomass+Wind+DG+LA, Li-Ion, Ni-Fe Batteries+Fuel Cell+ROD Plant/1.LOAD FOLLOWING STRATEGY/1.LEAD ACID/6.DRAGON_FLY_MUNIGUDA_ZONE1

1. OFF-GRID MICROGRID MATLAB CODE WITH DIFFERENT BATTERIES AND FUEL CELL TECHNOLOGY/9. Solar+Biomass+Wind+DG+LA, Li-Ion, Ni-Fe Batteries+Fuel Cell+ROD Plant/1.LOAD FOLLOWING STRATEGY/1.LEAD ACID/7.MOTH_FLAME_MUNIGUDA_ZONE1

1. OFF-GRID MICROGRID MATLAB CODE WITH DIFFERENT BATTERIES AND FUEL CELL TECHNOLOGY/9. Solar+Biomass+Wind+DG+LA, Li-Ion, Ni-Fe Batteries+Fuel Cell+ROD Plant/1.LOAD FOLLOWING STRATEGY/1.LEAD ACID/8.GRASSHOPPER_MUNIGUDA_ZONE1

1. OFF-GRID MICROGRID MATLAB CODE WITH DIFFERENT BATTERIES AND FUEL CELL TECHNOLOGY/9. Solar+Biomass+Wind+DG+LA, Li-Ion, Ni-Fe Batteries+Fuel Cell+ROD Plant/1.LOAD FOLLOWING STRATEGY/2.LITHIUM ION/1.GA_MUNIGUDA_ZONE1

1. OFF-GRID MICROGRID MATLAB CODE WITH DIFFERENT BATTERIES AND FUEL CELL TECHNOLOGY/9. Solar+Biomass+Wind+DG+LA, Li-Ion, Ni-Fe Batteries+Fuel Cell+ROD Plant/1.LOAD FOLLOWING STRATEGY/2.LITHIUM ION/2.PSO_MUNIGUDA_ZONE1

1. OFF-GRID MICROGRID MATLAB CODE WITH DIFFERENT BATTERIES AND FUEL CELL TECHNOLOGY/9. Solar+Biomass+Wind+DG+LA, Li-Ion, Ni-Fe Batteries+Fuel Cell+ROD Plant/1.LOAD FOLLOWING STRATEGY/2.LITHIUM ION/3.DE_MUNIGUDA_ZONE1

1. OFF-GRID MICROGRID MATLAB CODE WITH DIFFERENT BATTERIES AND FUEL CELL TECHNOLOGY/9. Solar+Biomass+Wind+DG+LA, Li-Ion, Ni-Fe Batteries+Fuel Cell+ROD Plant/1.LOAD FOLLOWING STRATEGY/2.LITHIUM ION/4.GWO_MUNIGUDA_ZONE1

1. OFF-GRID MICROGRID MATLAB CODE WITH DIFFERENT BATTERIES AND FUEL CELL TECHNOLOGY/9. Solar+Biomass+Wind+DG+LA, Li-Ion, Ni-Fe Batteries+Fuel Cell+ROD Plant/1.LOAD FOLLOWING STRATEGY/2.LITHIUM ION/5.ALO_MUNIGUDA_ZONE1

1. OFF-GRID MICROGRID MATLAB CODE WITH DIFFERENT BATTERIES AND FUEL CELL TECHNOLOGY/9. Solar+Biomass+Wind+DG+LA, Li-Ion, Ni-Fe Batteries+Fuel Cell+ROD Plant/1.LOAD FOLLOWING STRATEGY/2.LITHIUM ION/6.DRAGON_FLY_MUNIGUDA_ZONE1

1. OFF-GRID MICROGRID MATLAB CODE WITH DIFFERENT BATTERIES AND FUEL CELL TECHNOLOGY/9. Solar+Biomass+Wind+DG+LA, Li-Ion, Ni-Fe Batteries+Fuel Cell+ROD Plant/1.LOAD FOLLOWING STRATEGY/2.LITHIUM ION/7.MOTH_FLAME_MUNIGUDA_ZONE1

1. OFF-GRID MICROGRID MATLAB CODE WITH DIFFERENT BATTERIES AND FUEL CELL TECHNOLOGY/9. Solar+Biomass+Wind+DG+LA, Li-Ion, Ni-Fe Batteries+Fuel Cell+ROD Plant/1.LOAD FOLLOWING STRATEGY/2.LITHIUM ION/8.GRASSHOPPER_MUNIGUDA_ZONE1

1. OFF-GRID MICROGRID MATLAB CODE WITH DIFFERENT BATTERIES AND FUEL CELL TECHNOLOGY/9. Solar+Biomass+Wind+DG+LA, Li-Ion, Ni-Fe Batteries+Fuel Cell+ROD Plant/1.LOAD FOLLOWING STRATEGY/3.NI-FE/1.GA_MUNIGUDA_ZONE1

1. OFF-GRID MICROGRID MATLAB CODE WITH DIFFERENT BATTERIES AND FUEL CELL TECHNOLOGY/9. Solar+Biomass+Wind+DG+LA, Li-Ion, Ni-Fe Batteries+Fuel Cell+ROD Plant/1.LOAD FOLLOWING STRATEGY/3.NI-FE/2.PSO_MUNIGUDA_ZONE1

1. OFF-GRID MICROGRID MATLAB CODE WITH DIFFERENT BATTERIES AND FUEL CELL TECHNOLOGY/9. Solar+Biomass+Wind+DG+LA, Li-Ion, Ni-Fe Batteries+Fuel Cell+ROD Plant/1.LOAD FOLLOWING STRATEGY/3.NI-FE/3.DE_MUNIGUDA_ZONE1

1. OFF-GRID MICROGRID MATLAB CODE WITH DIFFERENT BATTERIES AND FUEL CELL TECHNOLOGY/9. Solar+Biomass+Wind+DG+LA, Li-Ion, Ni-Fe Batteries+Fuel Cell+ROD Plant/1.LOAD FOLLOWING STRATEGY/3.NI-FE/4.GWO_MUNIGUDA_ZONE1

1. OFF-GRID MICROGRID MATLAB CODE WITH DIFFERENT BATTERIES AND FUEL CELL TECHNOLOGY/9. Solar+Biomass+Wind+DG+LA, Li-Ion, Ni-Fe Batteries+Fuel Cell+ROD Plant/1.LOAD FOLLOWING STRATEGY/3.NI-FE/5.ALO_MUNIGUDA_ZONE1

1. OFF-GRID MICROGRID MATLAB CODE WITH DIFFERENT BATTERIES AND FUEL CELL TECHNOLOGY/9. Solar+Biomass+Wind+DG+LA, Li-Ion, Ni-Fe Batteries+Fuel Cell+ROD Plant/1.LOAD FOLLOWING STRATEGY/3.NI-FE/6.DRAGON_FLY_MUNIGUDA_ZONE1

1. OFF-GRID MICROGRID MATLAB CODE WITH DIFFERENT BATTERIES AND FUEL CELL TECHNOLOGY/9. Solar+Biomass+Wind+DG+LA, Li-Ion, Ni-Fe Batteries+Fuel Cell+ROD Plant/1.LOAD FOLLOWING STRATEGY/3.NI-FE/7.MOTH_FLAME_MUNIGUDA_ZONE1

1. OFF-GRID MICROGRID MATLAB CODE WITH DIFFERENT BATTERIES AND FUEL CELL TECHNOLOGY/9. Solar+Biomass+Wind+DG+LA, Li-Ion, Ni-Fe Batteries+Fuel Cell+ROD Plant/1.LOAD FOLLOWING STRATEGY/3.NI-FE/8.GRASSHOPPER_MUNIGUDA_ZONE1

1. OFF-GRID MICROGRID MATLAB CODE WITH DIFFERENT BATTERIES AND FUEL CELL TECHNOLOGY/9. Solar+Biomass+Wind+DG+LA, Li-Ion, Ni-Fe Batteries+Fuel Cell+ROD Plant/1.LOAD FOLLOWING STRATEGY/4.HSS/1.GA

1. OFF-GRID MICROGRID MATLAB CODE WITH DIFFERENT BATTERIES AND FUEL CELL TECHNOLOGY/9. Solar+Biomass+Wind+DG+LA, Li-Ion, Ni-Fe Batteries+Fuel Cell+ROD Plant/1.LOAD FOLLOWING STRATEGY/4.HSS/2.PSO

1. OFF-GRID MICROGRID MATLAB CODE WITH DIFFERENT BATTERIES AND FUEL CELL TECHNOLOGY/9. Solar+Biomass+Wind+DG+LA, Li-Ion, Ni-Fe Batteries+Fuel Cell+ROD Plant/1.LOAD FOLLOWING STRATEGY/4.HSS/3.DE

1. OFF-GRID MICROGRID MATLAB CODE WITH DIFFERENT BATTERIES AND FUEL CELL TECHNOLOGY/9. Solar+Biomass+Wind+DG+LA, Li-Ion, Ni-Fe Batteries+Fuel Cell+ROD Plant/1.LOAD FOLLOWING STRATEGY/4.HSS/4.GWO

1. OFF-GRID MICROGRID MATLAB CODE WITH DIFFERENT BATTERIES AND FUEL CELL TECHNOLOGY/9. Solar+Biomass+Wind+DG+LA, Li-Ion, Ni-Fe Batteries+Fuel Cell+ROD Plant/1.LOAD FOLLOWING STRATEGY/4.HSS/5.ALO

1. OFF-GRID MICROGRID MATLAB CODE WITH DIFFERENT BATTERIES AND FUEL CELL TECHNOLOGY/9. Solar+Biomass+Wind+DG+LA, Li-Ion, Ni-Fe Batteries+Fuel Cell+ROD Plant/1.LOAD FOLLOWING STRATEGY/4.HSS/6.DA

1. OFF-GRID MICROGRID MATLAB CODE WITH DIFFERENT BATTERIES AND FUEL CELL TECHNOLOGY/9. Solar+Biomass+Wind+DG+LA, Li-Ion, Ni-Fe Batteries+Fuel Cell+ROD Plant/1.LOAD FOLLOWING STRATEGY/4.HSS/7.MFO

1. OFF-GRID MICROGRID MATLAB CODE WITH DIFFERENT BATTERIES AND FUEL CELL TECHNOLOGY/9. Solar+Biomass+Wind+DG+LA, Li-Ion, Ni-Fe Batteries+Fuel Cell+ROD Plant/1.LOAD FOLLOWING STRATEGY/4.HSS/8.GOA

1. OFF-GRID MICROGRID MATLAB CODE WITH DIFFERENT BATTERIES AND FUEL CELL TECHNOLOGY/9. Solar+Biomass+Wind+DG+LA, Li-Ion, Ni-Fe Batteries+Fuel Cell+ROD Plant/2.CYCLE CHARGING STRATEGY/1.LEAD ACID/1.GA_MUNIGUDA_ZONE1

1. OFF-GRID MICROGRID MATLAB CODE WITH DIFFERENT BATTERIES AND FUEL CELL TECHNOLOGY/9. Solar+Biomass+Wind+DG+LA, Li-Ion, Ni-Fe Batteries+Fuel Cell+ROD Plant/2.CYCLE CHARGING STRATEGY/1.LEAD ACID/2.PSO_MUNIGUDA_ZONE1

1. OFF-GRID MICROGRID MATLAB CODE WITH DIFFERENT BATTERIES AND FUEL CELL TECHNOLOGY/9. Solar+Biomass+Wind+DG+LA, Li-Ion, Ni-Fe Batteries+Fuel Cell+ROD Plant/2.CYCLE CHARGING STRATEGY/1.LEAD ACID/3.DE_MUNIGUDA_ZONE1

1. OFF-GRID MICROGRID MATLAB CODE WITH DIFFERENT BATTERIES AND FUEL CELL TECHNOLOGY/9. Solar+Biomass+Wind+DG+LA, Li-Ion, Ni-Fe Batteries+Fuel Cell+ROD Plant/2.CYCLE CHARGING STRATEGY/1.LEAD ACID/4.GWO_MUNIGUDA_ZONE1

1. OFF-GRID MICROGRID MATLAB CODE WITH DIFFERENT BATTERIES AND FUEL CELL TECHNOLOGY/9. Solar+Biomass+Wind+DG+LA, Li-Ion, Ni-Fe Batteries+Fuel Cell+ROD Plant/2.CYCLE CHARGING STRATEGY/1.LEAD ACID/5.ALO_MUNIGUDA_ZONE1

1. OFF-GRID MICROGRID MATLAB CODE WITH DIFFERENT BATTERIES AND FUEL CELL TECHNOLOGY/9. Solar+Biomass+Wind+DG+LA, Li-Ion, Ni-Fe Batteries+Fuel Cell+ROD Plant/2.CYCLE CHARGING STRATEGY/1.LEAD ACID/6.DRAGON_FLY_MUNIGUDA_ZONE1

1. OFF-GRID MICROGRID MATLAB CODE WITH DIFFERENT BATTERIES AND FUEL CELL TECHNOLOGY/9. Solar+Biomass+Wind+DG+LA, Li-Ion, Ni-Fe Batteries+Fuel Cell+ROD Plant/2.CYCLE CHARGING STRATEGY/1.LEAD ACID/7.MOTH_FLAME_MUNIGUDA_ZONE1

1. OFF-GRID MICROGRID MATLAB CODE WITH DIFFERENT BATTERIES AND FUEL CELL TECHNOLOGY/9. Solar+Biomass+Wind+DG+LA, Li-Ion, Ni-Fe Batteries+Fuel Cell+ROD Plant/2.CYCLE CHARGING STRATEGY/1.LEAD ACID/8.GRASSHOPPER_MUNIGUDA_ZONE1

1. OFF-GRID MICROGRID MATLAB CODE WITH DIFFERENT BATTERIES AND FUEL CELL TECHNOLOGY/9. Solar+Biomass+Wind+DG+LA, Li-Ion, Ni-Fe Batteries+Fuel Cell+ROD Plant/2.CYCLE CHARGING STRATEGY/2.LITHIUM ION/1.GA_MUNIGUDA_ZONE1

1. OFF-GRID MICROGRID MATLAB CODE WITH DIFFERENT BATTERIES AND FUEL CELL TECHNOLOGY/9. Solar+Biomass+Wind+DG+LA, Li-Ion, Ni-Fe Batteries+Fuel Cell+ROD Plant/2.CYCLE CHARGING STRATEGY/2.LITHIUM ION/2.PSO_MUNIGUDA_ZONE1/6-S,W,B,BAT,R

1. OFF-GRID MICROGRID MATLAB CODE WITH DIFFERENT BATTERIES AND FUEL CELL TECHNOLOGY/9. Solar+Biomass+Wind+DG+LA, Li-Ion, Ni-Fe Batteries+Fuel Cell+ROD Plant/2.CYCLE CHARGING STRATEGY/2.LITHIUM ION/3.DE_MUNIGUDA_ZONE1

1. OFF-GRID MICROGRID MATLAB CODE WITH DIFFERENT BATTERIES AND FUEL CELL TECHNOLOGY/9. Solar+Biomass+Wind+DG+LA, Li-Ion, Ni-Fe Batteries+Fuel Cell+ROD Plant/2.CYCLE CHARGING STRATEGY/2.LITHIUM ION/4.GWO_MUNIGUDA_ZONE1

1. OFF-GRID MICROGRID MATLAB CODE WITH DIFFERENT BATTERIES AND FUEL CELL TECHNOLOGY/9. Solar+Biomass+Wind+DG+LA, Li-Ion, Ni-Fe Batteries+Fuel Cell+ROD Plant/2.CYCLE CHARGING STRATEGY/2.LITHIUM ION/5.ALO_MUNIGUDA_ZONE1

1. OFF-GRID MICROGRID MATLAB CODE WITH DIFFERENT BATTERIES AND FUEL CELL TECHNOLOGY/9. Solar+Biomass+Wind+DG+LA, Li-Ion, Ni-Fe Batteries+Fuel Cell+ROD Plant/2.CYCLE CHARGING STRATEGY/2.LITHIUM ION/6.DRAGON_FLY_MUNIGUDA_ZONE1

1. OFF-GRID MICROGRID MATLAB CODE WITH DIFFERENT BATTERIES AND FUEL CELL TECHNOLOGY/9. Solar+Biomass+Wind+DG+LA, Li-Ion, Ni-Fe Batteries+Fuel Cell+ROD Plant/2.CYCLE CHARGING STRATEGY/2.LITHIUM ION/7.MOTH_FLAME_MUNIGUDA_ZONE1

1. OFF-GRID MICROGRID MATLAB CODE WITH DIFFERENT BATTERIES AND FUEL CELL TECHNOLOGY/9. Solar+Biomass+Wind+DG+LA, Li-Ion, Ni-Fe Batteries+Fuel Cell+ROD Plant/2.CYCLE CHARGING STRATEGY/2.LITHIUM ION/8.GRASSHOPPER_MUNIGUDA_ZONE1

1. OFF-GRID MICROGRID MATLAB CODE WITH DIFFERENT BATTERIES AND FUEL CELL TECHNOLOGY/9. Solar+Biomass+Wind+DG+LA, Li-Ion, Ni-Fe Batteries+Fuel Cell+ROD Plant/2.CYCLE CHARGING STRATEGY/3.NI-FE/1.GA_MUNIGUDA_ZONE1

1. OFF-GRID MICROGRID MATLAB CODE WITH DIFFERENT BATTERIES AND FUEL CELL TECHNOLOGY/9. Solar+Biomass+Wind+DG+LA, Li-Ion, Ni-Fe Batteries+Fuel Cell+ROD Plant/2.CYCLE CHARGING STRATEGY/3.NI-FE/2.PSO_MUNIGUDA_ZONE1/6-S,W,B,BAT,R

1. OFF-GRID MICROGRID MATLAB CODE WITH DIFFERENT BATTERIES AND FUEL CELL TECHNOLOGY/9. Solar+Biomass+Wind+DG+LA, Li-Ion, Ni-Fe Batteries+Fuel Cell+ROD Plant/2.CYCLE CHARGING STRATEGY/3.NI-FE/3.DE_MUNIGUDA_ZONE1

1. OFF-GRID MICROGRID MATLAB CODE WITH DIFFERENT BATTERIES AND FUEL CELL TECHNOLOGY/9. Solar+Biomass+Wind+DG+LA, Li-Ion, Ni-Fe Batteries+Fuel Cell+ROD Plant/2.CYCLE CHARGING STRATEGY/3.NI-FE/4.GWO_MUNIGUDA_ZONE1

1. OFF-GRID MICROGRID MATLAB CODE WITH DIFFERENT BATTERIES AND FUEL CELL TECHNOLOGY/9. Solar+Biomass+Wind+DG+LA, Li-Ion, Ni-Fe Batteries+Fuel Cell+ROD Plant/2.CYCLE CHARGING STRATEGY/3.NI-FE/5.ALO_MUNIGUDA_ZONE1

1. OFF-GRID MICROGRID MATLAB CODE WITH DIFFERENT BATTERIES AND FUEL CELL TECHNOLOGY/9. Solar+Biomass+Wind+DG+LA, Li-Ion, Ni-Fe Batteries+Fuel Cell+ROD Plant/2.CYCLE CHARGING STRATEGY/3.NI-FE/6.DRAGON_FLY_MUNIGUDA_ZONE1

1. OFF-GRID MICROGRID MATLAB CODE WITH DIFFERENT BATTERIES AND FUEL CELL TECHNOLOGY/9. Solar+Biomass+Wind+DG+LA, Li-Ion, Ni-Fe Batteries+Fuel Cell+ROD Plant/2.CYCLE CHARGING STRATEGY/3.NI-FE/7.MOTH_FLAME_MUNIGUDA_ZONE1

1. OFF-GRID MICROGRID MATLAB CODE WITH DIFFERENT BATTERIES AND FUEL CELL TECHNOLOGY/9. Solar+Biomass+Wind+DG+LA, Li-Ion, Ni-Fe Batteries+Fuel Cell+ROD Plant/2.CYCLE CHARGING STRATEGY/3.NI-FE/8.GRASSHOPPER_MUNIGUDA_ZONE1

1. OFF-GRID MICROGRID MATLAB CODE WITH DIFFERENT BATTERIES AND FUEL CELL TECHNOLOGY/9. Solar+Biomass+Wind+DG+LA, Li-Ion, Ni-Fe Batteries+Fuel Cell+ROD Plant/2.CYCLE CHARGING STRATEGY/4.HSS/1.GA

1. OFF-GRID MICROGRID MATLAB CODE WITH DIFFERENT BATTERIES AND FUEL CELL TECHNOLOGY/9. Solar+Biomass+Wind+DG+LA, Li-Ion, Ni-Fe Batteries+Fuel Cell+ROD Plant/2.CYCLE CHARGING STRATEGY/4.HSS/2.PSO

1. OFF-GRID MICROGRID MATLAB CODE WITH DIFFERENT BATTERIES AND FUEL CELL TECHNOLOGY/9. Solar+Biomass+Wind+DG+LA, Li-Ion, Ni-Fe Batteries+Fuel Cell+ROD Plant/2.CYCLE CHARGING STRATEGY/4.HSS/3.DE

1. OFF-GRID MICROGRID MATLAB CODE WITH DIFFERENT BATTERIES AND FUEL CELL TECHNOLOGY/9. Solar+Biomass+Wind+DG+LA, Li-Ion, Ni-Fe Batteries+Fuel Cell+ROD Plant/2.CYCLE CHARGING STRATEGY/4.HSS/4.GWO

1. OFF-GRID MICROGRID MATLAB CODE WITH DIFFERENT BATTERIES AND FUEL CELL TECHNOLOGY/9. Solar+Biomass+Wind+DG+LA, Li-Ion, Ni-Fe Batteries+Fuel Cell+ROD Plant/2.CYCLE CHARGING STRATEGY/4.HSS/5.ALO

1. OFF-GRID MICROGRID MATLAB CODE WITH DIFFERENT BATTERIES AND FUEL CELL TECHNOLOGY/9. Solar+Biomass+Wind+DG+LA, Li-Ion, Ni-Fe Batteries+Fuel Cell+ROD Plant/2.CYCLE CHARGING STRATEGY/4.HSS/6.DA

1. OFF-GRID MICROGRID MATLAB CODE WITH DIFFERENT BATTERIES AND FUEL CELL TECHNOLOGY/9. Solar+Biomass+Wind+DG+LA, Li-Ion, Ni-Fe Batteries+Fuel Cell+ROD Plant/2.CYCLE CHARGING STRATEGY/4.HSS/7.MFO

1. OFF-GRID MICROGRID MATLAB CODE WITH DIFFERENT BATTERIES AND FUEL CELL TECHNOLOGY/9. Solar+Biomass+Wind+DG+LA, Li-Ion, Ni-Fe Batteries+Fuel Cell+ROD Plant/2.CYCLE CHARGING STRATEGY/4.HSS/8.GOA

1. OFF-GRID MICROGRID MATLAB CODE WITH DIFFERENT BATTERIES AND FUEL CELL TECHNOLOGY/9. Solar+Biomass+Wind+DG+LA, Li-Ion, Ni-Fe Batteries+Fuel Cell+ROD Plant/3.RENEWABLE FRACTIONS/1.RF-80%

1. OFF-GRID MICROGRID MATLAB CODE WITH DIFFERENT BATTERIES AND FUEL CELL TECHNOLOGY/9. Solar+Biomass+Wind+DG+LA, Li-Ion, Ni-Fe Batteries+Fuel Cell+ROD Plant/3.RENEWABLE FRACTIONS/2.RF-75%

1. OFF-GRID MICROGRID MATLAB CODE WITH DIFFERENT BATTERIES AND FUEL CELL TECHNOLOGY/9. Solar+Biomass+Wind+DG+LA, Li-Ion, Ni-Fe Batteries+Fuel Cell+ROD Plant/3.RENEWABLE FRACTIONS/3.RF-90%

1. OFF-GRID MICROGRID MATLAB CODE WITH DIFFERENT BATTERIES AND FUEL CELL TECHNOLOGY/9. Solar+Biomass+Wind+DG+LA, Li-Ion, Ni-Fe Batteries+Fuel Cell+ROD Plant/3.RENEWABLE FRACTIONS/4.RF-95%

1. OFF-GRID MICROGRID MATLAB CODE WITH DIFFERENT BATTERIES AND FUEL CELL TECHNOLOGY/9. Solar+Biomass+Wind+DG+LA, Li-Ion, Ni-Fe Batteries+Fuel Cell+ROD Plant/4.SENSTIVITY ANALYSIS/1.with +10% interest rate

1. OFF-GRID MICROGRID MATLAB CODE WITH DIFFERENT BATTERIES AND FUEL CELL TECHNOLOGY/9. Solar+Biomass+Wind+DG+LA, Li-Ion, Ni-Fe Batteries+Fuel Cell+ROD Plant/4.SENSTIVITY ANALYSIS/2.with -10% interest rate

1. OFF-GRID MICROGRID MATLAB CODE WITH DIFFERENT BATTERIES AND FUEL CELL TECHNOLOGY/9. Solar+Biomass+Wind+DG+LA, Li-Ion, Ni-Fe Batteries+Fuel Cell+ROD Plant/4.SENSTIVITY ANALYSIS/3.with +20% interest rate

1. OFF-GRID MICROGRID MATLAB CODE WITH DIFFERENT BATTERIES AND FUEL CELL TECHNOLOGY/9. Solar+Biomass+Wind+DG+LA, Li-Ion, Ni-Fe Batteries+Fuel Cell+ROD Plant/4.SENSTIVITY ANALYSIS/4.with -20% interest rate

1. OFF-GRID MICROGRID MATLAB CODE WITH DIFFERENT BATTERIES AND FUEL CELL TECHNOLOGY/9. Solar+Biomass+Wind+DG+LA, Li-Ion, Ni-Fe Batteries+Fuel Cell+ROD Plant/4.SENSTIVITY ANALYSIS/5.with +10% diesel rate

1. OFF-GRID MICROGRID MATLAB CODE WITH DIFFERENT BATTERIES AND FUEL CELL TECHNOLOGY/9. Solar+Biomass+Wind+DG+LA, Li-Ion, Ni-Fe Batteries+Fuel Cell+ROD Plant/4.SENSTIVITY ANALYSIS/6.with -10% diesel rate

1. OFF-GRID MICROGRID MATLAB CODE WITH DIFFERENT BATTERIES AND FUEL CELL TECHNOLOGY/9. Solar+Biomass+Wind+DG+LA, Li-Ion, Ni-Fe Batteries+Fuel Cell+ROD Plant/4.SENSTIVITY ANALYSIS/7.with +20% diesel rate

1. OFF-GRID MICROGRID MATLAB CODE WITH DIFFERENT BATTERIES AND FUEL CELL TECHNOLOGY/9. Solar+Biomass+Wind+DG+LA, Li-Ion, Ni-Fe Batteries+Fuel Cell+ROD Plant/4.SENSTIVITY ANALYSIS/8.with -20% diesel rate

Versión Publicado Notas de la versión
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