The document discusses hybrid energy systems that combine various energy sources to provide stable energy output while minimizing reliance on seasonal changes. It highlights the technical configurations for electricity generation, including systems using DC and AC bus lines, and the importance of conducting feasibility studies. Key aspects include resource evaluation, load analysis, and the need for backup due to fluctuations in renewable energy sources like solar and wind.

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VINAY M
M.Tech - Building Science & Technology
Dept. Of Civil Engineering
School of Engineering & Technology
Jain University
HYBRID
ENERGY
SYSTEM

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SUSTAINABILITY
Using Non-Conventional
Source as Energy
HYBRID
ENERGY
SYSTEM

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PLAN FOR SUSTAINABILITY
– Various forms of electricity production
– Storage of energy
– Recovery and disposal of excess heat through Combined
heat and power production (CHP)
– Power management and control
PLAN FOR
HYBRID
ENERGY
SYSTEM

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HYBRID ENEGERY SYSTEM
A combination of different energy sources
available and balances the system which provides the stable
output from sources and minimizes the dependence on
seasonal changes.
HYBRID
ENERGY
SYSTEM

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PRICIPLE TECH. CONFIGURATIONS
Electricity generation coupled at DC bus line
HYBRID
ENERGY
SYSTEM
 Electricity Components - DC bus
 AC generators to AC/DC converter
 Charge controller protects battery for discharging
 Supply to DC load

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Electricity generation coupled at AC bus line
HYBRID
ENERGY
SYSTEM  Electricity Components - AC bus
 AC generators to AC or AC/DC converter
 Inverter controls energy supply to AC load &
battery
 Supply to DC load is optinal

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Electricity generation coupled at AC/DC bus line :
HYBRID
ENERGY
SYSTEM
On the AC bus line, AC generating components
may be directly connected to the AC bus line
(**) or may need a AC/AC converter to enable
stable coupling of the components (*).
NOTE :

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SIGNIFICANT ASPECTS
HYBRID
ENERGY
SYSTEM
• feasibility study based on gathering field data.
• Location, resource evaluation and load analysis
• Technical, economic, financial, and sociocultural
considerations.
• quality (reliability), yield, regular maintenance
requirements
• solar and wind power fluctuate in intensity due to the
weather and seasonal changes, consequently backup is
needed.

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Make a Sustainable Living !!
THANK YOU

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Make a Sustainable Living !!
THANK YOU