Manufacture and Distributor of Solar Inverter and Controller, Bio Gas, Wind Mills, Energy Auditing(Building Services), Solar Inverter and Controller, Bio Gas, Wind Mills, Energy Auditing(Building Services), Project Implementation.

1. SIKCO®
Sustainable Green
Simplified

2. SIKCO 360° Green Solutions
SIKCO Green Solution
Wind Turbine
LED
Solar
eMobility
Biogas
Hydroponics
Biogas Plant
o 05 Kg feed (.2 m3/day)
o 20 Kg feed (01 m3/day)
o 40 Kg feed (02 m3/day)
Solar Plant
o 01 KWp (04 kwh/day)
o 05 KWp (20 kwh/day)
o 10 Wp (40 kwh/day)
LED Lighting
o Bulbs, Tubes
o Grow light
o Street Light
LED Lighting
o Factory/Offices
o Indoor/outdoor
o CHS/Houses
e-Bike
o 250 watts kit
o 500 watts kit
o 1000 watts kit
Hydroponics
o 40 Pots
o 36 Pots
o 72 Pots
Wind Turbine
o 2 Kwh/day
o 5 Kwh/day
o 12 Kwh/day
Wind Turbine
o 24 Kwh/day
o 36 Kwh/day
o 48 Kwh/day
Energy
Usage

3. - 3 -
Green Energy Drivers
Business Priorities
Reduce Carbon Footprint Improve public image
Reduce cost of operation Focus on waste management, disposal & recycle
Extend the life of existing assets Implement Green processes
Allow more performance per kilowatt Adopt Green Standards
Focus on energy-to-luxl and energy-to-operate ratio Measure & Improve organizational green index
Financial
• Rising global energy
prices
• Draining money
• Squeeze on budgets
• Constraints on growth
Operational
• Fear and uncertainty
• Failing power circuits
• Extra precautions
• Load unbalancing
Environmental
• Corporate social
responsibility
• Lack of public image
• Improvement in
employee morale
Regulatory
• Anti-pollution , Safety
regulation changes
• To receive incentive
• To receive subsidy
Current Challenges
Future Objectives

4. - 4 -
Lifecycle
Processes
Deployment
Procurement
Strategy
Testing ,
Commissioning
Installation
SIKCO strengths to drive end-to-end green IT programs
Industry Insight <-> Technology expertise <-> Internal Greening <-> Strategic Alliance
Green Energy – Life Cycle
• Testing
• Measure, log, improvement
• Commissioning
• Handing over
• Strategic Planning, TCO & ROI
• Design,
• Supply Chain (buy to end-of-life)
• Recycle, Waste & Disposal
• Procurement & Inventory
• Change Mgmt
• Schedule
• SLA, Uptime
• Packing & Forwarding
• Transportation
• Storage
• Site preparation
• Change Mgmt & Execution
• Quality Assurance

5. 5D Approach to Green Framework
1
Determine
2
Design
3
Develop
5
Deliver
4
Deploy
Identify
Vision &
Objectives
Solution RoadmapSolution
Result &
Feedback
Lifecycle
ManagementSIKCO LeversKnow-How
Industry
Technology
People
Process Technology
Program
Management
Governance
Knowledge
Management
Investment
Management
• Data Collection
• Cleaning & Integration
• Calculators & Visualization
• Requirement
• Issues
• Benefits
• Mitigation Measures
• Facility & Green Rating
• Short term & Long term plan
• Policy Measures
• Product Readiness
• Man & Machines
• Policy Implementation
• Processes & tools
• Green Facilities

6. Action Levers
Impact Areas
Cost
CO2
Emission
Compliance CSR Branding Utilization Governance
Electro Solar Mobility
LED Lightings
Hydroponics
Wind Energy
Solar Energy
Biomass
Management
Opportunities for reducing YoY cost and Carbon Foot Print along with
improving the Compliance, CSR, Branding, Utilization and Governance
Usage of Green Energy

7. Wind Turbine Plant

8. SIKCO Wind Turbine - Manufacturer

9. Wind Turbine Plant - Approach
Accessories Build Run Salvage
Suitable Turbine Pole
Wind Turbine
Foundation
Improvement
Maintenance
Energy Measure
Up gradation
Re usage
Charge Controller
Power Cables
Inverter
Battery
Deployment Process
Erecting Pole
Selection of Site
Coordination
Testing
Quality Control
Handing over
Blades, Hub, Yaw
Re cycle

10. Wind Turbine Installation
Site
Selection Deploy Erection QA & QC Coordination ESH Testing
Measure
Wind
Velocity,
Wind Pattern
Unloading,
Safe Material
Handling
Prepare
Foundation
Installation
process review
and
understanding
Provisioning
Cable Path
Review fly
bird path and
erect flags
Measure
voltage,
ampere,
power
Collect
Climatic Data
Storage and
Safe Keeping
PCC, RCC,
Structure,
Anchor
Fastener
fitting
Drawings,
Diagrams
Manual
Provisioning
Inverter
Installation
Use proper
erect Tools &
Tackles
Measure
Sound level,
Identify
Actual Site
Location
Unpacking,
Checking.
Timely
Deployment
Safety
compliance
Quality
planning –
Cable casing,
Supports
Identifying End
User Load,
Trial load,
Dedicated
power circuit
Use safety
precautions -
belts, gloves,
shoes,
Measure
Vibration
Level
Review Safety
Measures,
Risk and
Threats (EIA)
Rigging and
installation
Time bound
installation
Quality
improvement
Provisioning &
Installation of
Controller,
Battery, Inverter
Connection
100% Painting
touch up &
Cleaning up
work area
Checking of
all nut bolts,
check nuts,
Foundation
etc.

11. Solar Plant

12. SIKCO Solar Plant – Manufacturer & SI

13. Solar Plant- Approach
Accessories Build Run Salvage
Foundation
Module Supports
PV Module
Connections
Improvement
Maintenance
Energy Measure Re Usage
Charge Controller
Power Cables
Inverter
Battery
Deployment Process
Designing Plant
Selection of Site
Coordination
Testing
Quality Control
Handing over
Re Cycle
Up gradation

14. Solar Plant Installation
Site
Selection Deploy Erection QA & QC Coordination ESH Testing
Measure
Solar Intensity
Shadow
Pattern
Unloading,
Safe Material
Handling
Prepare
Foundation
Installation
process review
and under -
standing
Provisioning
Cable Path
Review fly
bird path and
erect flags
Measure
voltage,
ampere,
power
Collect
Climatic Data
Storage &
Safe Keeping
Check PCC,
RCC, Structure,
Anchor
Fastener fitting
options etc.
Drawings,
Diagrams
Manual
Provisioning
Inverter
Installation
Use proper
erect Tools &
Tackles
Measure
Sound level,
Identify
Actual Site
Location
Unpacking,
Checking.
Timely
Deploy
Safety
compliance
Quality
planning –
Cable casing,
Cable tray,
Supports etc.
Identifying
Connected
Load, Trial
load, Proposed
power circuit
Use safety
precautions
- belts,
gloves,
shoes,
Measure
Vibration
Level
Review Safety
Measures,
Risk & Threats
(EIA)
Riggers &
installer
Time bound
installation
Quality
improvement
Provisioning &
Installation of
Controller,
Battery,
Inverter
Connection
100%
Painting
touch up &
Cleaning up
work area
Checking of
all nut bolts,
check nuts,
Foundation
etc.

15. Biogas Plant

16. SIKCO Biogas Plant - Mfgr & Distributor

17. Biogas Plant - Approach
Accessories Build Run Salvage
Gas stove
Biogas Plant
Accessories
Improvement
Maintenance
Feed quality
Up gradation
Re usage
Piping
Manual
Deployment Process
Assembly fitting
Site Preparation
Co-ordination
Feed preparation area
Quality Control
Handing over
MS Supports
Re cycle

18. Biogas Plant
Site
Selection Deploy Erection QA & QC Coordination ESH Testing
Identify
Location
Unloading,
Safe Material
Handling
Prepare
Foundation
Installation
process review,
Disposal process
review
Provisioning
Piping Path
Use proper
erect Tools &
Tackles
Measure Heat
Collect
Climatic Data
Storage and
Safe Keeping
PCC, RCC,
Structure,
Drawings,
Diagrams
Manual
reference
Identifying
End User using
pattern,
Use safety
precautions -
belts, gloves,
shoes,
Measure Gas
flow path
Identify
Actual Site
Location
Unpacking,
Checking.
Timely
Deployment
Safety
compliance
Quality planning
- Piping casing,
Supports
100% Painting
touch up &
Cleaning up
work area
Check feed
quality and
quantity
Review Safety
Measures,
Risk and
Threats (EIA)
Rigging and
installation
Time bound
installation
Quality
improvement

19. LED Lightings

20. LED LightingDomestic Industrial/Commercial

21. Why LED Lighting
Purpose of the LED lighting in many applications, the overall purpose of the LED
lighting system and effective control is to eliminate waste while providing a
productive visual.
This may entail:
• Providing the right amount of light
• Providing the light where it is needed
A few key issues to keep in mind while designing controls are:
• Install a separate control circuit for each lighting element that operates on a
distinct schedule
• Install lighting controls at visible, accessible locations
• When lighting is needed on a repetitive schedule, use time lock control
• Install occupancy sensors in conference room, meeting room, and other places
not in constant use

22. Green Lighting Revolution

23. LED Lighting – Pay Back Calculation
Staircase or Parking Lighting
Electricity unit cost (Ave): INR 11 / Kwh (In a CHS, Dadar)
SN Description Qty
Running
Hours
FTL
Power
Total
power in
kwh
Yearly
Substitute
LED Tube
Total power
in kwh
Yearly
Saving
Kwh
Saving
INR
in a day Watts
Consumed
by PL / day Kwh Watts
Consumed
by LED / day
per
year per year
1
Staircase /
Parking
Light
10 12
40+4=
44
5280 = 5.28
kwh
1927 18
2160= 2.16
kwh
788.00 1139 12529
SN Description Unit Rate (INR) Qty Amount
1 Led Tube Light replacement – T8 1.2 m 18 W – Cool white 1600 10 16000
Warranty 02 years Inclusive VAT
Product Life 40000 – 50000 Hours
Payback in months 1.28 (> 16 Months)
Total Return on Investment (ROI) =Total savings/Total Investment 78 %

24. e-MOBILITY

25. Why Electrical Mobility (e-Bike)
The Scarcity of petrol and fossil fuel forcing people to think about
alternative fuel and green energy.
• Electric bikes are capable of fulfilling multiple daily mobility requirements
of institutions starting from Golf Courses, Industrial plants/Manufacturing
facilities, Educational Institute with big campuses, Real Estate to Small
and medium business owners for delivery purposes.
• Easy to ride
• Low maintenance cost
• No petrol
• No pollution
Make these bikes user friendly, highly economic and environment friendly.

26. SIKCO e-Bike

27. SIKCO e-Bike Portfolio

28. Hydroponics

29. The word hydroponics technically means working water, stemming from the Latin
words "hydro" meaning water, and "ponos" meaning labor. Many different
civilizations from the beginning of time have relied on hydroponics for growing
plants, such as the early Mexican and Egyptian civilizations.
Hydroponics is an advanced technology in agriculture which makes agriculture
possible everywhere !
Adopting the technology of Hydroponics results in
• Low water consumption,
• High productivity,
• Low expenses,
• No pesticide damage
• More growth is lesser space etc.
Photo synthesis by light from the sun or LED, with macro and micro nutrients,
water some plants able to grow faster in control environment to meet people’s
food requirement.
SIKCO has an green initiatives towards these objectives. SIKCO supply complete
plant, Micro Nutrients, Grow Light etc.
About Hydroponics

30. Grow Hydroponics

31. Grow Hydroponics

32. Benefits & Case Study

33. Projected Greening Benefits
Source: Figures based on analysis & benchmarks
Total Green
Energy
Projected Benefits
• Production of Energy Independently
• Cost reduction due to ride of Grid Power
• Reduced Carbon Foot prints
• Leading to higher carbon credits
• Utilization of 24x7 power availability
• No need stand by power
• No need back up power
• Increased equipment utilization.
• Reduction in Wastage
• Efficient Bio Waste Management at source
• Reduced Overall Maintenance Costs.
• Reduced Variable Cost
Wind
Biogas
Solar
Power
Independency
Stand by & Backup
Power Solution
Increased
Utilization
Operational Cost
Reduction
CO2 Footprint
Reduction
CSR Index UpEnvironmental Impact
Savings by
Investments

34. Case File – Green Solutions for a NGO
Customer Profile / Overview
• Customer - One of the Ashram at
Himalaya range at Rishikesh,
Uttarakand
• 100% load on SIKCO Wind-Solar
solution
• Load as used by LED DC lights
Results Achieved
• Successful one year completed
• Target capacity has been achieved
• Zero complain received
• Further order received from client
• Testimonial received
100 %
green power
Cost
Saving
Energy
sustainability
Reduction CO2
Footprint

36. Thank You