Design concept and configuration of a integrated renewable energy system for rural electrification in India through BioCPV project Prof. Tapas Mallick
Jul 16, 2015
Design concept and configuration of a integrated renewable energy system for
rural electrification in India through BioCPV project
Prof. Tapas Mallick
Motivation
• Bridging the gap of urban and rural development is required through
sustainable energy supply
• Large part of rural areas in India are not connected through grid because of
economical and geographical inconvenience
• Abundant solar and biomass resource is available in rural areas of developing
countries; especially in India
• Off-grid integrated renewable energy power plant is the most suitable option
for sustainable development of rural communities
Introduction
• Integration of different renewable technologies can eliminate the requirement
of Battery for electrical energy storage
• Highly efficient concentrating photovoltaic system and AD system can
produce low cost electricity
• Hydrogen storage during the day time with excess electricity from CPV can
be used during peak hours
• Efficient use of the heat recovered from the CPV and generator set
increases the overall efficiency of the system
• A smart control mechanism reduces the parasitic loss and provide better
power management compared to the currently available systems
BioCPV Concept
Location of the
BioCPV Installation
Daily load demand
User Load
LightingLighting
Load (W)
Cooling (Fans)Cooling
Load (W)
Total
Load
(W)NosLoad per
Item (W)Nos
Load per
Item (W)
Domestic (45
Household)2 20 1800 0 0 0 1800
Street Light 50 20 1000 0 0 0 1000
Community 5 20 100 9 50 450 550
School 5 20 100 9 50 450 550
Parasitic 1000
Community Services (Mobile Phone Charging station etc.) 1000
Total Load 5900
Relative load distribution
Utility sector Application
Diurnal load profile of
the different sector
Summer season Winter season
RE Technologies in
BioCPV systemC
PV
Hyd
rog
en
syste
m
AD
System
BioCPV System
concept
BioCPV System
configuration
Thermal energy flow diagram
Electrical energy flow diagram
Conclusion
• The BioCPV project will address this issue of Bridging the
gap of Urban and Rural development through a renewable
energy power plant
• A new concept of Integrated-RE system has been
proposed for low cost and uninterrupted supply of electricity
to the rural communities
• A RE system considering the load demand of the installation site
has been designed and system configuration has been
undertaken
Future prospects and opportunities
Large scale implementation of Decentralised power plant
based on BioCPV concept can bridge the gap of rural and
urban divide in terms of energy use creating a role model
Integration of other renewable technologies with the
BioCPV concept can be the way forward for green energy
Promotion and opportunities to solar and biomass
technologies can solve the power requirement of rural
areas in India
Acknowledgement
This work has been carried out as a part of BioCPV project
jointly funded by DST, India (Ref No: DST/SEED/INDO-
UK/002/2011) and EPSRC, UK, (Ref No: EP/J000345/1).
Authors acknowledge both the funding agencies for the
support.