TAILIEUCHUNG - Utilization of solar power for operating micro irrigation systems

Photovoltaic based electricity generation saves a major portion of renewable energy generation in India. Ever increasing fuel cost and doubtful availability of electricity hampers the irrigated crop production. Use of solar pump is an alternate to electric or diesel pumps for irrigation of crops. This paper presents the utilization of solar power for operating micro irrigation systems for irrigating field crops. An open well submersible pump of 5hp capacity was operated by 4960Wp solar panel installed at ICAR-CIAE, Bhopal for irrigation. The discharge rate of pump has been observed as 11400 to 24120 l/h at a dynamic head of m corresponding to solar irradiation range of 164 to 808 W/m2 during time period from 8 am to 4 pm. The total power generation from the panel during this period has been observed as W. The total excess power availability during different irrigation treatments such as drip (T1), portable sprinkler (T2), rain hose (T3) and flood irrigation (T4) has been estimated for other uses of solar photovoltaic system. In different irrigation systems the excess power availability range per year per ha has been varies from 235 to 1160 kWh, 246 to 1213 kWh, 246 to 1213 kWh and 220 to 1084 kWh respectively. The maximum area irrigated by T1 of 2000 to 3500 m2 , T2 800 to 2500 m2 , T3 500 to 1500 m2 , T4 100 to 450 m2 . | Utilization of solar power for operating micro irrigation systems

• Năng lượng
• Micro irrigation systems
• Open well submersible pump
• Solar power system
• Solar power
• Renewable energy generation
• Dri irrigation
• Micro sprinkler irrigation
• Check basin irrigation
• Compare between different irrigation systems
• Utilization of fertilizer
• Benefit – cost ratio of onion and garlic
• Application efficiency
• Pressure compensating
• Greenhouse cultivation
• Comparative study of the design
• Design of micro irrigation systems
• Different makes
• Micro controller
• Automated drip irrigation
• Emission uniformity
• Hydraulic performance
• Crop under field condition
• Renewable power generation using piezoelectric materials
• Renewable power generation
• Stronger electromechanical coupling properties
• Energy storage equipment
• Vibration energy harvesting
• Renewable energy sources
• Photovoltaic electricity
• Electricity transition
• Cash flow
• Renewable electricity generation in morocco
• Energy policy
• Renewable energy
• Electricity generation
• Renewable resources in Germany
• Electricity statistics
• Cost of energy
• Hybrid power generation
• Net present cost
• Coastal area in Indonesia
• Energy Systems
• Voltaic Plants
• Sources Integration
• Generation Systems
• Generation scheduling
• Energy cost
• Environmental concerns
• Thermal and renewable energy systems
• Tropical countries like Malaysia
• Renewable energy sources support programs
• Photovoltaics installations
• Econometric modeling
• Small scale power generation based
• PV in three states
• Dynamic stability
• Power system
• Renewable energy source wind power generation
• Electrical utilities
• Matlab Simulink
• Environmental pollution
• Alternative fuels
• Anaerobic digestion
• International Conference on Emerging Challenges
• Environmental security
• Rate of CO2 emission
• Carbon dioxide emission
• Hydroelectricity and renewable energy
• Capacity factor estimation
• Wind turbine
• Techno economy
• Renewable energy policymakers
• Thermal Heat
• Power Plants
• Power Generation
• Ambient Air
• Shallow Geothermal
• Harnessing Ocean