The document presents the growing demand for energy and the necessity for sustainable solutions, highlighting solar power as a key alternative due to advances in technology, supportive policies, and its high efficiency. Specifically, it introduces the Suncarrier Omega system, which integrates solar panel technology and energy storage for corporate adoption, and discusses its application in areas such as electric vehicle charging stations. The document emphasizes the robust, low-maintenance nature of the systems and their capability to generate significant energy outputs sustainably.

1. Corporate Presentation

2. Introduction
2

3. The Premise
• Continued growth in energy demand; need
for energy security
• National grids unable to provide adequate,
sustainable, high quality energy – corporates
build captive power generation capacity
• Increasing marginal cost of producing power
from rapidly depleting conventional sources
• Global initiatives to create awareness about,
and promote adoption of, alternate
renewable sources of ‘clean’ energy driven by
increasing shareholder and customer activism
3

4. The Solution
• Solar power is one such solution, adoption of which is
driven by:
 the evolution of technologies enabling high efficiency
conversion of solar energy
 deep-cycle energy storage technology
 highly supportive government policies – the 2020
environmental targets, Carbon Credit trading etc.
 design, development and production of end-user
technologies that support solar power sources, eg. hybrid
cars
• Solar power systems have comparatively higher
maintainability, and longer productive lives
• Solar power systems are better suited for corporate
adoption compared to wind, hydro, bio-mass or
geothermal systems
4

5. Attractiveness of solar power in India
Solar power is a
sustainable
resource in India
which has radiation
of 240-300 sunny
days
The average solar
energy potential in
India is 30-35 MW /
sq Km
Source: UNEP
5

6. The SunCarrier Omega System
• The integrated SunCarrier Omega system
incorporates solar panels to efficiently capture
and convert solar energy to electrical power,
energy storage systems to store electrical
power, and control systems to automatically
control overall operations, monitor and report
• The SunCarrier Omega systems generate
renewable energy and offer the perfect
marketing instrument to demonstrate your
Building /
environmental commitment to effectively Energy Technology
counteract climate change
Energy Storage
• The SunCarrier Omega system is offered as a Systems
turnkey solution that includes the design,
installation, commissioning, and on-going Mobility Solar Panel &
Systems Control systems
maintenance of the system
6

7. Application - Sustainable Energy
7

8. Sustainable Energy - Concept
• An integrated solar power generation and
energy storage system, consisting of one or
more SunCarrier systems and one or more
cellcube+ batteries
• The extremely robust and low maintenance,
open space tracking system featuring
rotation around the vertical axis and 35 %
more power
• Large module surface area of upto 287.5 m
• A single SunCarrier generates 100,000 kWh
of energy per year, enough to supply 50
households consuming 2000 kWh each
• 25 -30 year life, after completion of
maintenance period
8

9. Application - Solar Filling Station
9

10. Solar Filling Station - Concept
• An integrated solar power generation and
energy storage system, consisting of a
SunCarrier system and a cellcube+ battery
• Turnkey E-mobility solution for charging
electric vehicles (EVs)
• Package consists of solar array 20 kWp, steel
frame SunCarrier sun-tracking system,
cellcube+ FB 10/100 energy storage system,
all cabling and safety fuses
• Grid-independent power source for solar
charging of EVs
• Charging points available with or without
access restriction (RFID) and payment
module
10

11. System Components
11

12. The SunCarrier Solar Panel system
• Accurate, PLC controlled tracking system
• Robust, highly wear resistance, and not
vulnerable to strong winds
• Extremely low maintenance, and
uninterrupted operation
• The noiseless tracking system consumes
The patented SunCarrier, a single-axis
tracking system, can generate 38 – 53 kWp very low power of 0.4 – 0.6 kWh per day
per tracking system, and an average of
about 100,000 kWh per annum (enough for • Remote monitoring system enables
30 homes consuming 3500 kWh per year). permanent 24 hrs monitoring of all
Compared to fixed installations, the parameters and the entire facility
SunCarrier generates 30-35% more power.
• The tracking systems are 99% recyclable,
and emit no carbon dioxide
12

13. SunCarrier is 35% more efficient
Compared to fixed
installations, the SunCarrier
generates 30-35% more power
13

14. The cellcube+ Energy Storage System
• Deep-cycle - may be discharged to 100% cellcube+ FB10/100 is a low-maintenance
without reducing the cycle life ESS, consisting of a vanadium redox flow
battery with smart controller and power
• Less than 60 ms response time electronics (configurable), in a weather-
proof container. It can be charged and
• Smart Controller for remote observation discharged at up to 10 kW and provides
of various battery parameters, allowing 100 kWh of energy (10 h discharge at full
preventive maintenance and efficient power). It has a design life of 20 years.
operation
• Safe – even short-circuits do not damage
battery; also anti-tamper design
• Emission-free – comparatively very low
hydrogen emission; no heavy metals
• Most parts recyclable
14

15. cellcube+ the battery system of the future
• Integrated systems • Over 30 sensors
with specially tailored permanently monitor
invertors battery performance to
ensure highest battery
• Weather proof and efficiency
burglary proof
• 10kW performance,
100kWh capacity
• Intelligent flow
battery controller
guaranteeing highest • All critical operating
performance in all parameters like SOC,
modes electrolyte temperature,
charge power, can be
• Flexible choice of monitored online
output voltage remotely
15

16. References
16

17. SunCarrier References
Bhopal | India Espejo | Spain
SunCarrier 260 | Units 2 | Power 67 kWp | Q4 2009 SunCarrier 260 | Units 27 | Power 1900 kWp | Q4 2007
Beelitz | Germany Pozohondo | Spain
SunCarrier 250 | Units 2 | Power 66 kWp | Q3 2007 SunCarrier 260 | Units 150 | Power 5150 kWp | Q2 2008
17

18. cellcube+ FB 10-100 References
Grenoble | France Perugia | Italy
Units 1 | E-mobility test system| Q4 2009 Units 1 | Active charging station for E-mobility| Q3 2009
Arraras | Brazil Bhopal | India
Units 1 | Mini-grid replacing diesel generators| Q1 2010 Units 3 | Autonomous grid-free power| Q3 2010
18

19. Thank you
ASHIM BOSE (+91-9902006936)
a.bose@suncarrieromega.com
www.suncarrieromega.com
19