Industrial Shift To Renewable Energy Powerpoint Presentation Slides

Industrial Shift To
Renewable Energy
Your Company Name

Agenda for Industrial Shift To Renewable Energy
2
01
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A Manufacturing firm wants to optimize its energy consumption &
reduce annual electricity bill cost by shifting to renewable energy
resources mainly solar energy.
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Table of Contents
3
Energy Consumption Analysis
• Composition of Electricity by Resource
• Energy Utilization Rate
• Intraday
• Monthly
• Annually
• Share of Electricity Demand
• Energy Star Rating of Current Appliances
• Electricity Bill
01
Issues We are Currently Facing
02
• Renewable Technologies We can Adopt
• Electricity Cost Overview of Different Technologies
Available Solutions to Counter Energy Issues
03
• Solar System Types and Applications
• Solar PV Integration Models
Solar System Overview
04
Permission & Regulatory Key Considerations
05
Project Description and Specifications
• Power Plant Details
• Building Area
• Solar Module and Components
06
Decision Making
Checklist for Solar Project
07
Estimated Cost of Solar Project
08
Implementation Schedule
09
Maintenance Plan and Schedule
• Operational and Maintenance Plan
• PV Module Maintenance Checklist
• Inverter Maintenance Checklist
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Impact on Performance
• Plant Capacity Per Annum
• Electricity Bill Saving
11
Risk & Mitigation Strategies
12
Barriers & Solutions for
Solar Energy Application
13
Performance Tracking Dashboards
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Table of Content
4
• Intraday
• Monthly
• Annually
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02
03
04
05
• Building Area
06
Decision Making
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Composition of Electricity by Resource
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33%
67%
Electricity generated
from diesel generator
Electricity provided
by electricity
generating station
Key
Takeaways
67% functioning of Plant
machineries are dependent on the
industrial supply provided by
government substations
On an average, plant uses diesel
generators to meet its 33% electricity
demand during peak hours.
Your Text Hete
Following slide covers statistics about plant composition of electricity by resource. Manufacturing Plant depends 77% on the electricity supply provided by government.

Energy Utilization Rate - Intraday Consumption
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Following slide provide information about energy utilization rate by intraday consumption. Peak hours of manufacturing plant are in between 8 am to 4 pm slot.
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60
80
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120
00:00 01:00 02:00 03:00 04:00 05:00 06:00 07:00 08:00 09:00 10:00 11:00 12:00 13:00 14:00 15:00 16:00 17:00 18:00 19:00 20:00 21:00 22:00 23:00
Average Power Consumption (kW)
Government
Electricity
Diesel
Key
Takeaways
Peak hours of manufacturing
plant are in between 8 am to 4
pm slot, where electricity from
diesel generators are used to
meet the required demand.
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Energy Utilization Rate - Monthly Consumption
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Month
Electricity
Consumption (in kWh)
Cost (in $) Baseload (kW) Avg Peak
Electric
Consumption kWh/m2
January 4500 $77000 45 90 122
February 3280 $63000 40 80 106
March XXXXXX $XXXXX XX XX XX
April XXXXXX $XXXXX XX XX XX
Building Building Area 1
This slide provide information about energy utilization rate by monthly consumption. It covers details such as building, monthly electricity consumption, annual cost, baseload, average peak and electric consumption.

Energy Utilization Rate – Annual Consumption
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0
20
40
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120
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200
JAN FEB MAR APR MAY JUN JUL AUG SEP OCT NOV DEC
Diesel Electricity Consumption (kWh)
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20
40
60
80
100
120
140
160
180
JAN FEB MAR APR MAY JUN JUL AUG SEP OCT NOV DEC
Diesel Electricity Consumption (kWh)
2019 2020
This slide provide information about energy utilization rate by annual consumption. It displays plant utilization statistics of 2019 and 2020.
In year 2020, per month
electricity consumption rise
from 100 kw to 120 kw ( On
an average)
Key
Takeaways

Table of Content
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• Intraday
• Monthly
• Annually
01
02
03
04
05
• Building Area
06
Decision Making
07
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09
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Share of Electricity Demand in 2020
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57%
20%
14%
9%
Machines
HVAC
Lighting
Add Text Here
Machines functionality
shares 57% share of
electricity demand in year
2020.
Key
Takeaways
Mentioned pie chart illustrates share of electricity demand utilized by manufacturing plant in 2020. Machineries installed in the plant utilised highest share of electricity that is 57%.

Energy Star Rating of Current Appliances
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This slide illustrates energy star rating of current appliances. Among all the appliances, there are most of the air conditioners that have five star ratings.
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5
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15
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Air Conditioner Lights Fan Add text Add text
1 Star 2 Star 3 Star 4 Star No Star Not Sure
Most of the installed air
conditioners have five-
star ratings.
Key
Takeaways

Monthly Electricity Bill of the Plant
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Following table shows the monthly electricity bill of the manufacturing plant. It includes machine name, wattage details, operational hours and electricity consumption.
Machine/
Equipment/Device
Wattage
Operational Hours Consumption (in kWh)
Bill Cost (in $)
Min. Max. Min. Max.
Machine 1 1100 Watts 144 hours 240 hours 158.4 264 $XXXXXX
Machine 2 1200 Watts 182 hours 240 hours 218.4 288 $XXXXXX
Machine 3 XXXX Watts XX hour XX hour XX hour XX hour $XXXXXX
Machine 4 XXXX Watts XX hour XX hour XX hour XX hour $XXXXXX

Table of Content
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• Intraday
• Monthly
• Annually
01
02
03
04
05
• Building Area
06
Decision Making
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Power cut results average 7 hours
downtime recorded in 2020 as
compared to 3.2 hours in 2019
Machine Downtime
In order to meet electricity demand plant is
operating diesel generators on an
average 1.3 hours a day which is
contributing to air pollution
Co2 Emission
Low energy rating appliances are
consuming more electricity resulting an
increase of 15% in monthly electricity bills
Energy Consumption
Mentioned slide covers various energy issues faced by the plant. It includes issues such as machine downtime, energy consumption and Co2 emission.

Table of Content
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• Intraday
• Monthly
• Annually
01
02
03
04
05
• Building Area
06
Decision Making
07
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Renewable Technologies we can Adopt
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Following slide covers various renewable energies such as solar energy, thermal energy and biogas energy that can be installed or used at manufacturing plant.
Biogas Plants (Waste to
energy systems)
Heat
Pumps
Solar Photovoltaic &
Thermal System &
Application

Electricity Cost Overview of Different Technologies
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This slide covers cost of electricity overview of various renewable technologies. It also includes information about global weighted average cost of electricity in dollars per kilowatt hour and megawatt hour.
Renewable Technologies
Global Weighted-Average Cost of
Electricity ($/kWh) 2020
Solar Photovoltaics 0.052
Concentrating Solar Power 0.092
Bioenergy 0.059
Geothermal 0.068
Add text here XXXX
$52
$92
$59
$68
$55
$0
$50
$100
$150
$200
$250
$300
$350
$400
2012 2013 2014 2015 2016 2017 2018 2019 2020
Solar PV
Concentrating Solar Power
Bioenergy
Geothermal
Add text

Table of Content
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• Intraday
• Monthly
• Annually
01
02
03
04
05
• Building Area
06
Decision Making
07
08
09
10
11
12
13
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Solar Technology Type System and Application
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This slide shows information about solar technology type, System and Application. Technology type covered are solar electric and solar thermal.
Technology Type System Application
PV (Solar Electric)
Grid connected
Main supply supplementation
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Stand-alone
Lighting of plant
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Solar Thermal
Connected to existing heating system
Hot water supply to machineries
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Stand-alone
Water heating
Add text

Solar PV Integration Models Workflow
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This slide illustrates various solar PV integration models. Models covered in the slide are on-grid system, off-grid system and hybrid system.
Battery Bank Plant
Optional Generator
Solar Panels
Charge Controller
Battery Bank Plant
Solar Panels
Charge Controller
Meter
Utility Grid
Solar Panels
Meter Utility Grid
Plant
Grid-Tied Solar System Off-Grid Solar System Hybrid Solar System

Permission and Regulatory Key Considerations
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Following slide explains key considerations about permission and regulatory required before project implementation. It includes details about permit, authority, checklist and status of confirmation.
Permit Authority Checklist Status
(Yes/No)
Environmental Authorization
Department of Environmental
Affairs
Initial Environmental Examination
completed
Yes
Building Permit Municipality
Provided relevant supporting
documents to regulatory authority
Yes
Energy License Department of Energy Electricity generation license Yes
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Table of Content
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• Intraday
• Monthly
• Annually
01
02
03
04
05
• Building Area
06
Decision Making
07
08
09
10
11
12
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Project Description and Specifications – Power Plant Details
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This slide provides description and specifications about power plant. It covers details about proposed power plant, project objective and expected outcomes
Project Objective
Generate electricity from solar power plant to
meet energy demand of plant machineries and
decrease cost of monthly electricity bill
Project Name: Solar PV plant installation
on ABC Manufacturing Plant
Project Cost: $2.6MM
Project Duration: 1 April
2020 – 31 Oct 2020
Details about Proposed
Power Plant
Proposed capacity – 1500 kW
Plant proposed at single/multiple site – Multiple
Interconnection with electricity at single/multiple point – Single
Clean energy generated from solar PV will be used in
machine, HVAC operations and plant lighting purposes.
Add expected outcome here
Add expected outcome here
Expected Outcomes

Project Description and Specifications –Building Area
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Following slide covers description and specification about plant area. It included information such as connected load, roof space available, potential plant size, plant size to be commissioned and expected electricity generation in a month.
Plant
(Building Area)
Connected
Load (kW)
Roof Space Available (Square
Meter)
Potential
Plant Size (kW)
Plant Size to be
commissioned (KW)
Expected Electricity
Generation in a month (MWh)
Building Area 1 880 5380 1100 800 37
Building Area 2 750 5452 1000 700 32
Add text XXXX XXXX XXXX XXXX XXXX
Add text XXXX XXXX XXXX XXXX XXXX
Total XXXX XXXX XXXX XXXX XXXX

Project Description and Specifications – Solar Module & Components
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Following slide provides description and specification about solar module and related components. It shows technical specification of PV module and inverter that will be installed on the manufacturing plant.
Manufacture Add name
Module Model Add name
Type Monocrystalline
Nominal Power (PMPP) 330 Wp
Power Tolerance 0/+3%
Voltage at PMax (VMPP) 3O.2V
Current at PMax (IMPP) 8.13A
Open Circuit Voltage (VSC) 37.5V
Short Circuit Current (ISC) 8.68A
Maximum System Voltage 1000VDC
Module Efficiency 15.00%
Operating Temperature -40 C to +850C
Temperature Coefficient of PMPP -0.43%/0C
Dimensions 1600*990*40mm
Module Area 1.64m2
Weight 18.5kg
Maximum Load 5400Pa
Product Warranty 10 years
Performance Guarantee
90% after 10 year;
82% after 25 years
Inverter Model Add name
Inputs
Maximum DC Power 952kW
MPP Voltage Range 681-850V
Maximum Input Voltage 1,000V
Maximum Input Current / MPPT 1,400A
Number of MPP Trackers 1
Outputs
Rated AC Power at 250C 935VA
Maximum AC Output Current 1,411A
Rated AC Voltage 386V
AC Grid Frequency 60Hz
Efficiency
Maximum Efficiency 98.6%
Standby Consumption <100W
Operation Consumption 1,900W
General Data
IP Rating IP54, IP43
Operating Temperature Range -250C to +620C
Relative Humidity 15-95%
Dimension (H x W x D) 2270*2565*950mm
Weight (kg) 32Kg
Technical Specification of PV Module Technical Specification of Inverter

Table of Content
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• Intraday
• Monthly
• Annually
01
02
03
04
05
• Building Area
06
Decision Making
07
08
09
10
11
12
13
14

Decision Making Checklist for Solar Project
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Following slide covers decision making checklist for solar project. It covers selection checklist and status information of PV module, inverter and mounting structure.
Status (Yes/No)
Supplier Identification and Track record checked? Yes
3rd party warranty insurance provided No
Required certification obtained Yes
Add text here Add text
Supplier Identification and Track record checked? No
Product warranty documents provided? Yes
Provided structure is in line with market standards? Yes
Compatible with National Grid Code Yes
Have suitable capacity for desired project size Yes
Supplier identification and track record checked? Yes
PV
Module
Selection
Checklist
Mounting
Structure
Selection
Checklist
Inverter
Selection
Checklist

28
This table displays information about estimated cost of project. It covers information such as particulars, unit cost, quantity required and total cost.
Particulars Unit Cost (in $) Quantity Required Total Cost (in $)
SPV Module 100 70 7000
Inverters 250 1 250
Module Mounting Structure XX XX XX
Electrical wires XX XX XX
Add text XX XX XX
Add text XX XX XX
Total XX XX XX
Solar Project Capacity 1.5 MW

Solar PV Project Execution Schedule
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Mentioned slide shows solar PV project execution schedule. It includes information about work, sub-work and specific week.
Work Sub-Work 01 02 03 04 05 06 07 08
Design & Engineering ED Draft
EPC Contract Finalization Paperwork Review
Plant Construction Mobilization
Vertical Post Installation
Module Installation
Electrical Wiring
Add text
Add text
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Supply Schedule (site) Module mounting Structure
SPV Module
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Add text
Weeks

Table of Content
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• Intraday
• Monthly
• Annually
01
02
03
04
05
• Building Area
06
Decision Making
07
08
09
10
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12
13
14

PV Operational and Maintenance Plan
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This slide provides photo voltaic operational and maintenance plan. It includes information of task, weekly, monthly and semi annually requirement.
Task Weekly Monthly Semiannually
Inspect modules for damage
Address array shading issues
Load-test batteries
Inspect array mounting system
Adjust array tilt
Inspect & clean all electrical equipment
Inspect battery enclosure
Inspect battery terminals & connections
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PV Module Maintenance Schedule
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This slide covers solar PV module maintenance schedule along with check points. Schedule covered are daily, weekly, monthly, quarterly and yearly.
Check Points D W M Q Y
Check Module Cleanliness Yes
Check Module against any cracks Yes
Check the tightness of electric connection Yes
Add text Yes
Add text Yes
Add text Yes
Add text Yes
Add text Yes
Sr. No.
01
02
03
04
05
06
07
08
D - Daily W - Weekly M - Monthly Q - Quarterly Y - Yearly

Inverter Maintenance Schedule
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Following slide shows maintenance schedule for inverter. Schedule covered are daily, weekly, monthly, quarterly and yearly.
Check Points D W M Q Y
Check the fan functioning Yes
Check the interior cabinet for dust Yes
Check screw connections Yes
Add text Yes
Add text Yes
Add text Yes
Sr. No.
01
02
03
04
06
05
D - Daily W - Weekly M - Monthly Q - Quarterly Y - Yearly

Table of Content
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• Intraday
• Monthly
• Annually
01
02
03
04
05
• Building Area
06
Decision Making
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08
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13
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Plant Capacity Per Annum
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Following table provides information about plant capacity per annum. It includes information about plant area, capacity installed, average units generated per month and annually, payback period.
Capacity Installed (MW)
Average Units Generated per Month
(MWh)
Average Units Generated per Year
(MWh)
Payback Period
0.8 35 420 2.27
0.7 30 360 2.21
XXXXX XXXXX XXXXX XX
XXXXX XXXXX XXXXX XX
Building Area 1
Building Area 2
Your Text Here
Your Text Here
Plant Area

Electricity Bill Saving Forecasting
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This slide shows forecasting information about monthly electricity bill. It provides details about billable units saved after installing solar power plant.
Month
Total Plant Energy
Consumption (kWh)
Solar PV Electricity
generation (kWh)
Billable Units (kWh)
November 2020 10800 3700 70100
December 2020 14200 3200 11000
January 2021 XXXXX XXXXX XXXXX
February 2021 XXXXX XXXXX XXXXX

Table of Content
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• Intraday
• Monthly
• Annually
01
02
03
04
05
• Building Area
06
Decision Making
07
08
09
10
11
12
13
14

Risk and Mitigation Strategies
38
Mentioned slide explains possible risk and mitigation strategies. It covers risk classification, likelihood, impact, risk rating and ,mitigation strategies.
Risk Classification Likelihood Impact Risk Rating Mitigation Strategy
Delay in Construction Low Medium Low
By providing required
resources on time during
project implementation
Statutory and
Environmental Clearances
Low High Medium Add text here
Natural Disaster Low High High Add text here
Add text here Add text here Add text here Add text here Add text here

Barriers and Solutions for Solar Energy Application
39
Mentioned slide shows possible barrier that may occur while installing solar project and right solutions to overcome them. Risk covered are high installation cost, government policies.
Possible Barriers
High Installation Cost
Government Policies
Add text
Description
High cost of Imported solar
module or relatable components
Anti-dumping imposed by
the government
Add text
Right Solution
Go for module manufactured by local
manufacturers with same or almost
same efficiency
By Strictly following the guidelines
provided by the government agency
in the new policies
Add text

Solar Power Plant Performance Tracking Dashboards
40
Following slide shows performance tracking dashboard for solar power plant. It includes details such as consumption rate, daily production rate, electricity export & import from grid.
12:00
2 1.2
3.2
3.8
1.5
12:00
2.2
2.5
3.8
2.1 2
0
1
2
3
4
5
05:00 09:00 13:00 17:00 21:00 01:00
(Values
in
KW/h)
Comsumption Production
Consumptions Details
25%
20%
10%
45%
HVAC
Lightings
Add text
Machineries
Consumption
1.05kw/h
Solar Production
2.19kw/h
Export to Grid
1.04kw/h
Import from Grid
0.15kw/h

Industrial Shift To Renewable Energy Icons Slide
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Additional Slides
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01 Our Mission
02 Meet Our Awesome Team
03 About Us
04 Timeline
05 Roadmap
06 Idea Generate
07 30 60 90 Days Plan
08 Thanks for Watching!

Our Mission
43
Vision
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Mission
Goal

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Meet Our Awesome Team
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About Us
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Target Audiences
Value Clients
Preferred by Many

Timeline
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Roadmap
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Idea Generate
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30 60 90 Days Plan
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Days Plan
Days Plan
Days Plan

Thanks for Watching!
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