We, Solaxon Renewable Energy Pvt Ltd, incorporated on dated 24th Jan 2020 in Dehradun, join the renewable industry with a perspective to deliver the full potential of renewable sources across INDIA.

1. www.swiftnlift.in
MAY 2021
Solaxon Renewable
Energy Pvt Ltd
Solaxon Renewable
Energy Pvt Ltd
Mr. Anurag Ahlawat
(Director-CEO)
Mr. Rajeev Kumar
Director-COO
Best Startups
In Renewable
Energy 2021
The
1

3. http://www.powdertechnologies.com/

4. www.swiftnlift.in
MAY 2021
Solaxon Renewable
Energy Pvt Ltd
Solaxon Renewable
Energy Pvt Ltd
Mr. Anurag Ahlawat
(Director-CEO)
Mr. Rajeev Kumar
Director-COO
Best Startups
In Renewable
Energy 2021
The
1
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Chief Editor
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The cover story has featured an awesome personality that is
Mr Anurag Ahlawat, Director-CEO, Solaxon Renewable offers
complete turnkey solar rooftop systems to the end consumer
under CAP-EX model, Operation and maintenance service of
SPV plants, electrification of the rural area through solar street
lightning.
There are regular segments by the editors with insightful articles
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Chief Editor
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MAY 2021
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Marketing and Sales
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Managing Editor
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8. C O N T E N T S
COVER STORY
ARTICLES
10
Solaxon Renewable
Energy Pvt Ltd
Monitoring the
Condition of
Wind Turbines
Using Artificial
Intelligence
22
How Does the
Performance
of Wind Farms
Degrade as They
Get Older?
30
Why Renewable
Energy Is Essential
for Long-term
Development In
India
38

9. PROFILES
16
RELLP
32
Highground
Energy
24
Hellios
Services Pvt Ltd
18
O2 Power
34
Vactech
Composites Pvt Ltd
26
Plentifuel
Industries Pvt Ltd
20
Smart Energy
Solutions
36
Green Life Solutions
Private Limited
28
Gloworld
Energy

10. Best Startups
In Renewable
Energy 2021
The
1
Taking potential to its peak
Renewable energy is
a clear winner when it
comes to boosting the
economy and creating
jobs.
Tom Steyer

12. Solaxon Renewable
Energy Pvt Ltd
Best Startups
In Renewable
Energy 2021
The
1
B
elow are the highlights of the conversation between
SwiftnliftBusinessMagazineandSolaxonRenewable
Energy. We are glad to share this exclusive interview
with all the readers.
Tell us about your company. Its vision and
mission
We, Solaxon Renewable Energy Pvt Ltd, incorporated
on dated 24th Jan 2020 in Dehradun, join the renewable
industry with a perspective to deliver the full potential of
renewable sources across INDIA.
“Taking potential to its peak©” considering our tag line, we
offer Engineering and construction of Solar Photovoltaic
(SPV) Plants both in residential & commercial sectors,
irrespective of its location. Along with this, we have
technical experts in our team who handle the operation
and maintenance part of the SPV system which helps to
perform it to its optimum value.
If we will talk about the top management, there are two
board members in our company namely:
1. Mr. Rajeev Kumar, Director-COO, has 15 years of
working experience in the solar industry. He belongs
to Uttar Pradesh where he pursued his graduation in
B.COM and thereafter start working in the Solar sector.
Technical expertise & friendly behavior makes him a
sound personality.
2. Mr. Anurag Ahlawat, Director-CEO, belongs to Delhi.
He pursued his graduation in B.Tech – Mechanical.
He started his career in the Solar industry as a design
engineer working as an intern during the graduation
period and just after that he planned to continue the
same as a career. He has a technically sound personality
and worked in different positions such as design
engineer, Project Engineer, Business Head-Solar in
different organizations. His dedication and analytic
skills draw attention which makes him different from
others.
Vision Statement:
To facilitate alternative energy across the globe with the
focus to especially implementing on rural and industrial
areas.
TM
Taking potential to its peak

13. Mission Statement:
Unease of availability due to high cost and myth about
renewable energy especially Solar Energy is what we
are looking to eradicate from customer`s mind-set.
SOLAXON is filling the gap between the end consumers
and developers through ease of operations, proper sales
after service, and providing complete knowledge of the
system before they go with solar.
What services do you provide to the
customers? Why should one prefer you?
Solaxon Renewable offers a complete turnkey solar rooftop
systemstotheendconsumerunderCAP-EXmodel(Where
customer invest his own fund to avail Solar plant) and OP-
EX model (where the investor/Solar developer setup power
plant on his premises and charges tariff for unit generation
on a monthly basis), Operation and maintenance service
of SPV plants, electrification of the rural area through solar
street lightning.
From the past year, we have executed a 1.2 MW operation
and maintenance service in Uttarakhand only. Also,
electrification is done in some rural areas like Uttarkashi,
Chamoli, Pauri-Gharwal, Naitwad, Dunghandh, and
Gulwadi. Currently, we are executing subsidized projects
under MNRE phase-II for the residential sector in
Uttarakhand, partnered with different vendors, where we
have already achieved a cumulative 500kWp capacity.
We have an incredible collaboration of technical and
administrative specialists in our company which at last
gives a positive effect on the execution of the project, sales
after service, and most significantly the project cost. We
are related with enthusiastically suggested brands like
Waaree, Adani, Novasys, Delta which support our profile.
These are a few reasons why one ought to incline toward
Solaxon Renewable.
What personality traits, skills, and education
do you think is necessary to enhance &
promote the use of renewable energy?
Obviously, the requirement for a range of abilities and
knowledge about renewable energy changes from one
organization to another, from one group to another,
from one individual to another. It relies on whether it
is a customer or a service provider. Assuming we will
discuss the service provider, then it is suggested that the
top and center administration ought to be actually solid
to execute the project with flawlessness. These attributes
will, at last, robotize your working interaction and make
Mr. Anurag Ahlawat
(Director-CEO)

14. a strong establishment with your partners which are
straightforwardly corresponding to the sales after service
part.
“The best way to promote your services is to satisfy your
customer from your work.”
Share with us about your journey
I`m working in the Solar industry for the past 5 years from
where I understand why there is a kind of skepticism or
you can say myth about renewable energy in customer`s
minds. During this period, I have visited a number of the
rural areas where there is no such facility although it is a
huge market space.
When I was working in Zivah International Pvt Ltd, as
a project engineer, I got a chance to supervise a 750kWp
projectinUttarakhandalongwithmyteammembers.There
I met Mr. Rajeev Kumar who handles the operations and
installation of the Solar PV system. We worked mutually
over there. At one such communication with him, I found
a common thing between us, that we both want to explore
solar energy in rural areas and we’re looking for a solution
for long term performance of Solar PV system.
We both took this as an opportunity and planned to
incorporate a company through which we can execute all
these services. Mr. Sumit Dhanuka, Managing Director
of Zivah International Pvt Ltd has strongly supported us
for our vision and offered a 1.2 MW operation service
in Uttarakhand. From there on, we began pitching the
residential and commercial customers and till now we
have gained around 2 MW projects where some of them
under pipeline.
How do you manage the promotion of your
project through social media outreach and
email campaigns?
As a start-up, who runs its organization through
bootstrapping,it'ssmartertorethinkafewerrandsinwhich
you have the low aptitude. It is something very similar
to digital marketing; we have completely re-evaluated
the marketing campaigning to different organizations
on a yearly agreement, which incorporates social media
interaction, email campaigns, podcasting, and all lots
more. This assists us with decreasing the costs and assists
Mr. Rajeev Kumar
Director-COO

15. us to focus on the technical part.
“Light kite will fly high.” It is better to execute the process
in which you have expertise.
What makes an event successful and how do
you measure that success?
It is really difficult to gauge the quantum of progress
as it is boundless, yet so, for a company, the degree of
consumer satisfaction shows its momentary achievement
or sometimes failure. For Solaxon Renewable, if we can
improve our failure and convert it into a palatable outcome
through the eye of the end consumers, that will be the best
event for us. It doesn't matter that each time one will have
achievement however redirecting your failure towards
progress makes an event fruitful.
What was your most successful projecting
experience?
WehaveexecutedouroneprojectatNagaon,Uttar-Pradesh,
where we have installed a 15kWp Solar PV system to run
a wheat crushing machine. The end consumer was not
financially sound. To be the channel partner of one NBFC,
we have taken the loan approval against the customer and
installed the same capacity on his premises.
Presently, he got two advantages from Solaxon, neither
to pay enormous hostage in a single part nor he needs to
take care of electricity bills for daytime utilization. This
makes his business more beneficial and eventually, the end
consumer is completely fulfilled to choose SOLAXON.
There we accomplished our first objective. In spite of the
fact that it's a little capacity, it's simply a beginning. We do
expect that before the finish of 2021, we will gain half of
such regions.
What steps do you take to handle last-minute
or unexpected setbacks before and during
any project?
Despite the fact that before the execution of any
undertaking, we generally do a site visit and make a
legitimate attainability report including the design of the
proposed plant, SLD with saving reports. There are a few
cases, where a miscommunication brings about a deferral
in the projects. In such cases, we attempt to determine
these issues on a priority basis. I and Mr. Rajeev Kumar
personally examine the matter and to annihilate the issue,
we reassign the technical member and resolve it ASAP.
Can you describe emerging trends you've
noticed in sustainable energy?
Sustainable Energy is a huge market including Solar,
Wind, and Electric Vehicles. Presently, the construction
of solar roof projects, E-vehicle, Electric charging station,
Energy storage utility like Li-ions are arising patterns in
sustainable energy. According to the 2019 investigation,
the Global market size of electrical vehicles is USD 273.22
billion which is identical to 19.8 Lakh Crore in Indian
Rupee. Electric vehicles and their supporting adornments
will obtain the worldwide market within 10 years.
What are your upcoming projects?
Now Solaxon Renewable is looking to expand its services
in north India. Currently, we have a cumulative capacity
of 55.5 MW Solar projects under CAP-EX, OP-EX, Group
Captive model, on which we are with our investor along
with end consumer, where the project needs to execute
at Chhattisgarh, Ghaziabad (UP), Bhagwanpur (UK),
and Bhopal (M.P). Along with this, Solaxon got qualified
for the 80MW project with Goa Energy Development
Authority under the MNRE Phase-II Scheme, which needs
to be implemented from the mid of April 2021.
Company Details:
• Year of Founding: 2020
• Funding Information: Bootstrap / Financial
help from family
• Founding Members:
1. Mr. Rajeev Kumar (Director-COO)
2. Mr. Anurag Ahlawat (Director-CEO)
• Office Locations:
Office No. 22, Abhishek Tower, Subhash Road,
Near Astley Hall, Dehradun 248001
• Company Strength:
 Employee`s empowerment & dedication
towards their work
 Believe in ethic, Ground level market reach

16. RELLP
ABOUT US
RELLP is the upcoming renewable
energy consultancy and EPC company
globally in terms of providing consultancy and
EPCservices.Thecompanyhasgrowntremendously
since providing consulting services for a 25.2 MW wind
project in Gujarat, and now has a renewable asset base
of over 2.5 GW, with more than 1.9 GW operational.
RELLP had provided consulting services for the
development, execution, and operation of utility-scale
wind and solar energy projects, as well as distributed
solar energy projects for commercial and industrial
customers. It now has over 20 utility-scale projects
spread across India and beyond the world. It has been
in operation for 5 years.
RELLP was founded in 2014 by Atul Sharma and
is funded by a number of international investors.
Acquisitions and organic expansion have both
contributed to the continual increase in operational
capacity. This is the company’s greatest acquisition to
date, and it strengthens its already strong presence in
the Indian market.
SERVICES
■ Project Development
Toachievecostefficienciesateverylevelofaproject,our
development teams coordinate in-house talent from
acrossourcompany.Wealsohopetoobtaincooperation
from and with local communities, governments, and
energy businesses, in order to
achieve the greatest possible results.
■ Project Construction
RELLP’s in-house engineering and construction teams
collaborate seamlessly to plan and build high-quality
projects. Our superior in-house resources enable
us to control and safely manage all areas of onshore
wind, offshore wind, solar, transmission, and storage
construction projects.
You can hire our construction services apart from our
projectdevelopmentservices,dependingonyourneeds.
Because RES has in-house engineering and design
skills, we can better coordinate between disciplines and
handle any challenges that emerge on a project.
■ Operations
We recognise the necessity of boosting the value of
renewable assets while also protecting revenue for asset
owners. We serve clients’ renewable energy projects all
around the world as an established asset manager and
O&M supplier. Solar, storage, onshore, and offshore
wind farms are all supported by our experienced team.
Our client-centric strategy maximises revenue by
optimising asset performance and reducing downtime
to boost asset value. With our cutting-edge 24-hour,
365-day-a-year control centre, you can rest assured that
your assets are in good hands.
■ Power Purchase Agreement
Companies all across the world are benefiting from
It Is The Upcoming Renewable Energy
Consultancy And EPC Company Globally In Terms
Of Providing Consultancy And EPC Services
16 MAY 2021 SwiftNLift

17. Atul Sharma
Founder
purchasing renewable energy through Power Purchase
Agreements (PPA). This is a contract that covers a set
period of time and guarantees you a set amount of
renewable energy at a certain price. Since 2015, the
most forward-thinking companies have signed over
54 Megawatts of PPAs around the world, and RELLP is
delighted to have supported many of them.
■ Consultancy
Our team collaborates with our clients to find, develop,
and implement renewable energy ideas that will
help them enhance their building’s energy efficiency.
Renewable Energy Consulting is available as a stand-
alone service or as part of a larger project.
Source: https://renouvelableenergia.com/
Best Startups
In Renewable
Energy 2021
The
1
17
MAY 2021 SwiftNLift

18. O2 Power
Aims To Scale Up To A Sizeable Portfolio Capacity (Both Solar
And Wind) With Good Quality Off-Takers With Primary Focus On
Greenfield Project Development And Including Selective M&A
Best Startups
In Renewable
Energy 2021
The
1
About the Company
Climate change is a reality, not a fantasy. It’s true, and
it’s happening right now. For far too long, our economic
growth has been reliant on carbon. If we want to give our
younger generation hope for the future, we must break the
carbon habit and cease getting our energy from burning
things.
We are playing a positive role in decarbonizing India’s
economic growth, thanks to our significant industry
experience and dedication. We’ve surpassed 1 GW in a
matter of months and are one of India’s fastest-growing
renewable energy startups.
Vision: To make O2 Power the finest renewable energy
firm in India, admired by the society for sustainable
development, by local communities for improving their
livelihood, by employees for the work culture, and by
stakeholders for delivering real value
Mission:
■ To establish >4GWs of operational renewable energy
assets by 2025 in a passionate and sustainable manner.
■ Toadheretohigheststandardsofcorporategovernance
■ To build and operate our assets with highest standards
of quality, safety, and environment sustainability
O2 Power Values- Our ‘ETHOS’
Our actions are guided by O2 Power values, which reflect
who we are and what we believe in. These values are an
important aspect of O2 Power’s overall philosophy.
■ Entrepreneurial & Empathetic– innovative, action-
oriented and having a sense of urgency about driving
change.
■ Transparent – open and honest, within the
organization, with each other as well as with external
stakeholders.
■ High Performing – responsibility and freedom to act
and base evaluation on performance. Motivating and
nurturing people to achieve stretch target deliverables.
■ Ownership is about taking initiative. We take
ownership; accountability, quality, team work and
timeliness
■ Sincere & Ethical behavior – going beyond what is
Parag Sharma
CEO
18 MAY 2021 SwiftNLift

19. legal and doing right things, maintaining integrity at
the workplace.
Our Expertise
1. Solar Power
Solar energy is an attractive electricity option because the
sun is a plentiful energy source. For our energy solutions,
O2 Power provides high-quality, dependable solar plants,
Long-lasting, environmentally friendly energy source
that produces no noise. O2 Power has a team with a lot of
experience building photovoltaic plants.
2. Wind Power
Wind power is one of the oldest human-developed
renewable energy sources, and it is now the most
experienced and efficient of all renewable energy sources.
Having the finest skills in the field of wind facility
promotion, building, operation, and maintenance. O2
Power is dedicated to delivering best-in-class projects,
with a highly skilled workforce with over 20 years of
expertise in the industry. O2 power has positioned itself
as an emerging provider of products and services in all
elements of wind energy thanks to its leadership and
industry understanding.
Firm Power Projects
1. Round The Clock
Round-the-clock (RTC) power supply overcomes the
natural constraints of renewable energy sources such as
solar and wind, as well as the interventions required to
achieve round-the-clock power supply, and provides
recommendations for the Indian electricity and energy
sectors. India’s rapid economic development has resulted
in a significant increase in energy demand.
2. Storage
To provide an uninterrupted power supply and meet
everyday energy needs, a wide range of storage methods
have been developed. In response to increasing energy
demands and technological advancements, the energy
storage business has continued to evolve, adapt, and
innovate. Energy storage systems offer a wide range of
technology solutions for regulating our power supply in
order to build a more resilient energy infrastructure while
also saving utilities and customers money.
3. Peaking Power
“Peaking power” is a relatively new and emerging focal
point of renewable energy talks. Peaking power can
address these issues using load balancing to control the
fluctuation of renewable energy sources, such as the
intermittent nature of renewables and the unavailability of
solar in the evening hours. During peak hours of electricity
consumption, a peaking power plant (or peaker) operates.
4. Hybrid
These technologies operate together to produce a
continuous year-round source of energy in hybrid power
systems, which include a wind and solar panel hybrid
system.ThegoaloftheO2powerteamistousetheelectrical
value network to bring scalable, configurable, and flexible
solutions to a world that is constantly changing. Hybrid
energy technology advancements are broadening the
range of electricity generation options. From developing
and refining existing services to introducing hybrid
services into a new generation system or distribution, O2
Power offers end-to-end hybrid solutions.
Source: https://www.o2power.in/
19
MAY 2021 SwiftNLift

20. Smart Energy Solutions
Smart Energy Solution
We expand with the union of a group
of specialists from many fields, and we
develop projects with the environment as an
option in sustainable solutions for the generation of
clean energy.
Groundwork:
The satisfaction of our clients through quality,
professionalismandthefulfillmentofourcommitments
form the basis on which we have built our company.
What Do We Do?
Mission
We have the firm intention of being the best energy
saving alternative in the United States, using a
methodology that is characterised by the design and
personalization of our services according to the needs
of our customers, ensuring successful projects. We
have 5 years of experience participating in installations
of public and private projects.
Vision
To position itself as a leading company in the
distribution, installation and maintenance of
sustainable energy generators.
Our Services
Smart Energy Solution
provides a complete solar panel
installation service, allowing you to generate your
own sustainable energy while also advising you on the
best solar system option for your house or company.
ENGINEERING AND DESIGN
Each project is custom-designed to meet the demands
of the client. Examining your current energy status
in order to develop a suitable solution that takes
into account your feeding and installation regions.
A competent design and system engineering helps
to simplify and optimise the installation, resulting in
more accurate energy forecasts.
DEVELOPMENT AND INSTALLATION
Photovoltaic systems require extensive installation
and project development. We provide a cutting-edge
installation service, using only the highest-quality
components and installation materials, as well as
experienced electricians. We can confidently guarantee
a high-quality, secure, and long-lasting installation.
EFFICIENT MONITORING
We use cutting-edge technology to ensure that the
photovoltaic system’s performance is ideal. The
monitoring allows us to see both the building’s energy
usage and the solar energy output in real time. We can
To Position Itself As A Leading Company In The
Distribution, Installation And Maintenance Of
Sustainable Energy Generators
20 MAY 2021 SwiftNLift

21. Sanjay Patil
Director
also give energy efficiency recommendations to help
you save money.
System Interconnected to the Network (SIR)
■ Operation diagram for interconnected systems of
the electric network.
■ Isolated System (SA)
■ Operation diagram for isiolated systems.
Scope
5 years of experience allow us to cover efficiently from
small residential projects to large commercial and
industrial projects.
Residential
■ The first and most important requirement for a
residential user is that his electricity bill indicates
that it’s a HCD (High Consumption Domestic) user,
otherwise it’s NOT an applicant.
■ If you are a HCD’s client, you’re an applicant to
acquire a system that will allow you to generate light
for 20 years at the lowest rate. Ask about our credit
plans.
■ We offer various electrical generation systems from
1KW hour. Ask for an advisor.
Commercial and Industrial
■ Our systems in shops and industries have
characteristics that make them complex, which is
why they are classified as engineering projects. The
taxes most benefited with photovoltaic projects are
OM.
■ However, with other taxes you can obtain significant
savings by replacing luminaires or distributing the
energy load at different times.
■ At Smart Energy Solution we offer solutions that
include an analysis of your electrical installation to
find immediate savings.
Best Startups
In Renewable
Energy 2021
The
1
21
MAY 2021 SwiftNLift

22. Rapid developments in the technology employed for
renewable energy gathering have resulted in a rising
share of such sources relative to conventional ones,
prompted in part by governmental investments and
climate change awareness (e.g. fossil fuels). Wind energy
is captured specifically through the use of turbines that
can be located onshore (on land) or offshore (at sea).
Offshore wind farms are becoming more popular for a
varietyofreasons,includingthefactthatwindconditions
are stronger and steadier at sea, larger units are more
easily transported and erected, less visual disruption,
and potential conflicts of interest are reduced, among
others. The expense of maintaining wind turbines in
offshore settings, on the other hand, is significant: it
costs roughly 25% of the offshore installation to ensure
that wind turbines work at their best over their lifetime
(typically 20–25 years).
Condition monitoring (CM) is the process of watching
the components of a wind turbine in order to detect
changes in operation that may indicate the onset of
a defect. It is obvious that using robust CM to detect
faults before they occur should result in significant
cost savings in Operation and Maintenance (O&M).
Analyses of certain metrics and characteristics of
the operation have been used in CM techniques (e.g.
vibration analysis, strain measurement, thermography
and acoustic emissions). Recent advancements in sensor
and sign preparing frameworks, large information the
board, AI (ML), and computational capacities have set
out open doors for incorporated and inside and out
CM analytics, where various sorts of data can work
with informed, reliable, cost-effective, and robust CM
decision-making.
Condition monitoring of wind turbines
Wind turbine CM is an important aspect of O&M,
where operations cover the management, monitoring,
and high-level onshore control of the wind farm site,
and maintenance covers the interventions required to
keep the installation in good working order. Reactive
(or corrective, run-to-failure) maintenance is the most
Monitoring the Condition of Wind
Turbines Using Artificial Intelligence
22 MAY 2021 SwiftNLift

23. expensive and does not use CM, with components
being replaced when defects occur or accumulate;
preventive maintenance replaces components at the
next intervention, hopefully before a related fault
occurs; and a predictive maintenance strategy based on
CM can inform maintenance.
CM can be viewed along several aspects.
To begin with, CM may be used at many degrees
of granularity: at the most granular level, we may
monitor the state of wind turbine sub-components
(e.g. drivetrain); at the coarsest level, we can evaluate
the entire wind farm. Different models’ signals can be
combined to generate higher-level alerts for the entire
turbine.
Second, the methods used to monitor a component
can have a physical influence on the component being
watched. There are two basic forms of monitoring
identified in the literature:
■ Intrusive Monitoring: involves Vibration Analysis,
oil debris monitoring, shock pulse methods etc. Such
methods impose a penalty (wear) on the component
being monitored.
■ Non-intrusive Monitoring: involves ultrasonic
testing techniques, visual inspection, acoustic
emission, thermography, performance monitoring
using power signal analysis etc.
Thirdly, CM can be used for fault detection in real-time
or in the future, so we distinguish between:
■ CM for diagnosis (fault detection), where we
identify a fault when it happens. Ensuring that the
CM can identify the presence of failure should be a
prerequisite for building a ML model for prognosis.
■ CM for prognosis (fault prediction), where the
underlying model finds patterns in the signal data
that are predictive of failures in the future.
It’scrucialtoexaminethefailureratesanddowntimesper
failure of distinct sub-components when determining
which components to monitor. Components that
are more likely to fail or cause significant downtimes
are given special attention since they have the largest
potential impact.
Machine learning (ML) overview
ML refers to the technique of creating an inductive
model that learns from a little quantity of data without
the need for a professional. This type of learning entails
identifying an underlying set of structures (or patterns)
that may be used to comprehend relationships in data
that isn’t identical to the data on which the learning
took place. Unsupervised learning derives inferences
from data without labelled inputs, whereas supervised
learning predicts an output variable using labelled
input data (such as done by clustering algorithms,
recommender systems etc). We distinguish between
models that predict a numeric variable (regression) and
models that predict a categorical variable (classification)
in supervised learning (classifiers). Fitting a model’s
parameters to a certain dataset and iteratively updating
them with numerous passes through the data until a
specific preset function is reduced is what learning in
models entails.
The ML process can be represented as a series of steps:
■ Data acquisition and preprocessing: where possibly
different data sets and modalities are integrated,
cleaned of outliers, etc.
■ Feature selection and extraction: important signals
and characteristics are identified and extracted from
the data.
■ Model selection: an appropriate model is chosen,
taking into consideration the task to be solved.
■ Validation: a performance measure is used that is
specifictothetask,includingaccuracy(classification)
and mean absolute error (regression), evaluated on a
validation set of data.
Source: ScienceDirect
23
MAY 2021 SwiftNLift

24. Hellios Services Pvt Ltd
Focuses On Opportunity Created By Disruptive Power Generation Scenario
Due To Emergence Of Solar Power At The Rate Comparable To Rate Of
Generation By Conventional Power And Vast Untapped Potential
Best Startups
In Renewable
Energy 2021
The
1
ABOUT US
Hellios Services Pvt. Ltd is a Startup launched to focus
on opportunity created by disruptive power generation
scenario due to emergence of Solar Power at the rate
comparable to rate of generation by conventional power
and vast untapped potential. The company’s promoter
has extensive experience in infrastructure, energy, power,
services, and project management on a global scale. The
company has already secured a long-term EPC contract.
The Solar Panel that will be delivered is the best in class
and will be entirely imported.
Vision: We guarantee customer benefits through faster
and Round the clock services.
Our Goal: To be Business Partner for Our Customers
About the Director
Anurag Tiwari, Director
Mr.AnuragTiwariholdsabachelor’sdegreeinelectronics
and a master’s degree in operations management. Mr.
Tiwari has over 21 years of expertise in the power
business with Siemens. He worked in Siemens AG’s
Remote Expert Center in Germany for Power Plants all
around the world throughout his time there. Mr. Tiwari
was also the head of the Power Plant (Instrumentation &
Electricals) Service business for the lead country, India
(India, Sri Lanka, Bangladesh, Nepal & Bhutan). Hellios
is backed by a team of experts with previous experience
establishing solar power facilities in Greece.
Quality Control
The PI-Institute in Berlin accompanied all productions
in AXITEC factories with their own team on site. An
impartial institute oversees 100% production and quality
control. Continuous sample measurements ensure a
consistent manufacturing process and product quality.
In Germany, frequent performance measures ensure
that the results of quality control on the job are accurate.
Control and electroluminescence are monitored in 100
percent of solar modules (EL). As a result, AXITEC offers
solar modules with a positive power tolerance guarantee.
Anurag Tiwari
Director
24 MAY 2021 SwiftNLift

25. Our Services
We provide the following solution for Solar Power
■ Supply of Solar Panels SCADA for Solar Plants
■ EPC for Solar Plants
■ O&M for Solar Power Plants.
Services of DCS, C&I and Electricals System
We have a team of Engineers available to do maintenance
or provide On-Call Services for the following items.
DCS is an acronym for “Department of T1000 System
by SPPA (TXPadd) T2000 System by SPPA (Teleperm
XP) We also provide maintenance services for various
C&I equipments and electrical systems, such as the SPPA
T3000 System, Teleperm ME, and OS220EA System.
We also provide the complete solution/Services for
Electrical System
LT Panels Protection Relays / Panels
Advantages
■ 12 years manufacturer‘s warranty
■ Highest performance due to specifi cally selected
technologies and materials
■ Guaranteed positive power tolerance from 0-5 Wp by
individual measurement
■ Maximum 2400 Pa snow load
■ 100 % electroluminescence inspection
■ High stability due to AXITEC-Soft-Grip-Seam
aluminium frame construction
■ High quality junction box and connector systems
Production
■ All AXITEC photovoltaic modules undergo during
their production process continuous quality
preventive controls
■ All production plants qualified by AXITEC are
certified and approved in accordance with DIN ISO
9001.
■ Highly skilled personnel in Europe and Asia guarantee
a consistent high quality.
■ All solar modules are measured by 100%-control and
electroluminescence (EL). Thus AXITEC provides
solar modules with guaranteed positive power
tolerance
Source: http://hellios.in/
25
MAY 2021 SwiftNLift

26. Plentifuel Industries Pvt Ltd
ABOUT THE COMPANY
Plentifuel Industries Pvt. Ltd. incorporated
in 2018 is having headquartered in Surat, Gujarat,
India. We produce high-quality bio diesel from
sustainable and renewable resources. Our refinery,
which has a monthly capacity of 3 million litres of
refined bio diesel, is located in Tarsadi, Gujarat, near
Bardoli. The company produces high-quality Bio Diesel
(B100) in accordance with BIS standard 15607:2016
standards.
Our company was awarded ISO 9001:2015, ISO
14001:2015, and ISO 45001:2018 in its first year of
operation, demonstrating our professional team’s
commitment to continuous improvement, quality of
work, and safety.
Our mission is to develop renewable manufacturing
technologies that advance our vision of global
production of secure, sustainable and environmentally
friendly sources of energy industrial products.
An experienced and committed team enables Plentifuel
Industries Pvt. Ltd. to produce consistent superior
quality product.
BIO DIESEL
Bio Diesel (B100) is also produced by the company,
which meets IS 15607:2016 regulations as well as
ASTM and EN standards. It’s also known as Methyl
Ester, and it’s a clean-burning, renewable fuel that’s the
best substitute for fossil fuels.
Because the physical and chemical
qualities of diesel and biofuel are quite similar,
they can be blended and used in quantities ranging
from B5 to B100.
Numerous studies have shown that Bio Diesel is
the preferred fuel over diesel; some of the critical
differences are listed below:
■ Better ignition & combustion characteristics due to
higher Cetane Index.
■
Reduction in exhaust emissions (Particulate
Matter or PM, UN burned hydrocarbon & carbon
monoxide)duetothepresenceofnaturallyoccurring
oxygen that enables the fuel to burn completely.
■ It is naturally free of Sulphur & so produces no
Sulphur di Oxide, considered to be one of the main
causes of Acid Rain.
■ Reduces Carbon Foot Print since it is completely
made from Renewable resources.
BIO DIESEL PRODUCTS
 Glycerine – Some of the esters manufactured at our
facility are based on :
■ Castor derivatives
■ Methyl Soyate / Soya Methyl Ester
■ Linseed
■ Palm Oils & Soya Fatty Acid
Our Mission Is To Develop Renewable Manufacturing
Technologies That Advance Our Vision Of Global Production Of
Secure, Sustainable And Environmentally Friendly Sources Of
Energy Industrial Products
28 MAY 2021 SwiftNLift

27. Sudhakar Lallan
Pandey
Director
■ Glycerol Min 80%, Methanol less than 1%, Moisture
Approx. 10%.
 Coning Oil
Texturing synthetic yarns such as viscose, acetate rayon,
nylons, and polyesters is done with it. In comparison to
conventional oils, the coning oil’s low frictional qualities
lower break level, while the surfactants allow for higher
and more uniform oil pick-up even at consistent roller
speeds.
 Fatty Acid
We manufacture Methyl Esters from various Fatty Acids
& Oils depending upon Customer specifications & end
application.
Source: http://www.plentifuel.in/
Best Startups
In Renewable
Energy 2021
The
1
29
MAY 2021 SwiftNLift

28. Gloworld Energy
It Is An Indian Social Enterprise On A Journey To Harness Solar
Energy For Off Grid Use By Designing And Manufacturing Smart
Solar Lights
Best Startups
In Renewable
Energy 2021
The
1
ABOUT US
GloWorld Energy is an Indian social enterprise on
a journey to harness solar energy for off grid use by
designing and manufacturing smart solar lights.
Our objective is to provide the best value for money
to our customers by manufacturing and selling best-
in-class smart solar lights in India, and to become the
country’s leading solar light brand. Our lights were
created with Indian consumers’ desires in mind, as well
as the most cutting-edge worldwide technology:
■ LIGHT THAT NEVER DIES! The smart circuitry
ensures light even after 4 months without use. No
matter how many months later, the battery recharges
always!
■ LIGHT FOR LONGER HOURS with high quality
Lithium batteries
■ COOL WHITE BRIGHT glare free light for visual
comfort
■ FASTER MOBILE CHARGING
■ Two Year REPLACEMENT WARRANTY
WHY GLOSOLAR?
LAMP THAT NEVER DIES!
■ Deep discharge protection
■ Guaranteed light on switching on even after 4
months without use
■ Battery reactivates even after 12 months without use
PROPRIETARY TECH. FOR MAX EFFICIENCY
■ Full discharge protection even after charging mobiles
to ensure instant light up - every time!
■ Microprocessor based design
■ Top quality components & PCB
■ In House R&D and Manufacturing
■ Innovative deployment of MPPT tech. for max solar
extraction
BRIGHTEST LIGHT, LONGEST LIFE
■ Power Mode brightness of 300 lumens
Mukul Kumar
Director
28 MAY 2021 SwiftNLift

29. ■ Run time upto 44 hours
■ LEDs with efficiency of 180 Lumens/Watt
■ Cool White Light for visual comfort, higher
productivity & alertness
■ Most preferred in India
MADE IN INDIA, MADE FOR INDIA
■ Lamp designed for Indian conditions
■ Buying components from India
■ 2 yr. warranty with guaranteed after-sales support
UNIQUE DESIGN FOR EASE OF USE
■ Free Standing table top mode
■ Pick and Go
■ Translucent Body
SOCIAL IMPACT
CONVENIENCE & HIGHER PRODUCTIVITY
■ Assured bright light improves productivity & enables
business opportunities for our customers after sunset
& before sunrise
■ GloSolar lamps have 360 rotations. The lamp can be
separated from the stand & can be used free standing
on table-top. And the strap makes the lamp ultra-
portable while walking, cycling, working etc.
■ The mobile charging feature of GloSolar DUO &
NON-STOPensuresun-interruptedcommunication
for personal or business purposes
CLEAN ENERGY & POLLUTION FREE
ENVIROMENT
■ With the usage of our solar lamps we promote clean
energy which contribute in restoring environment
■ Daily use of each GloSolar lamp reduces over 120kg
of CO2 per year
■ Elimination of kerosene lamps will help reduce CO2
emission by more than 440 million tons
EDUCATION, HEALTH & SAFETY
■ More than 1 million people die globally due to health
issues arising from indoor fumes
■ Use of Solar Lamps eliminates the risk of fire from
rural households
■ Students are likely to have higher engagement with
their studies due to bright, soothing & cool white
light of the lamp. The glare-free light ensure strain
free healthy eyes
Source: http://www.gloworld.in/
29
MAY 2021 SwiftNLift

30. Aging is an unavoidable reality of life. It has unavoidable
consequences for all types of machinery, lowering the
efficiency, output, and availability of steam and gas
turbines, solar PV modules, batteries, and cars. Previous
research on wind turbines has looked at individual
component reliability and the effect of ageing on
availability, but no influence on turbine or farm energy
production has been extensively reported.
Wind farms will provide a lower cumulative lifespan
output if load factors (also known as capacity factors)
decline significantly with age, raising the levelised cost
of electricity from the facilities. If the rate of degradation
was too high, it could be worthwhile to replace the
turbines sooner rather than later, meaning that the
turbine’s economic life was less than its technical life,
further raising its cost.
According to a recent research by Hughes for the
Renewable Energy Foundation (REF), this could have
substantial policy consequences for the desirability
of investing in wind power. The load factors of wind
farms in the UK have fallen by 5–13 percent every year,
according to that analysis, when normalised for month-
to-month changes in wind speeds.
Given that a turbine’s production is dependent on wind
speeds at its site and the efficiency with which it absorbs
the energy in that wind, several factors might obfuscate
the relationship between age and perceived output in a
fleet of wind farms. For example, if wind speeds have
decreased significantly over time, farms would have
lower load factors in recent months, when they were at
their oldest, resulting in a fictitious link between age and
poor performance. If design advancements increase a
turbine’s output relative to capacity (power coefficient),
How Does the Performance of Wind
Farms Degrade as They Get Older?
30 MAY 2021 SwiftNLift

31. newer turbines (of the improved design) will have
greater load factors than older turbines, giving the
impression that turbine output declines with age when
it actually improves with newer generations. If the best
(windiest) sites were taken first, old farms could have
higher load factors than new farms erected on inferior
sites, giving the impression that turbines improve with
age.
Over time, all machinery suffers irreversible
performance losses. Despite frequent cleaning and
component replacement, gas turbine efficiency declines
unrecoverably by 0.3–0.6% each year, or by 0.75–
2.25 percent without. Similarly, the average annual
production of solar photovoltaic panels decreases by
0.5 percent. Studies of the levelised cost of electricity
(LCOE) of wind power do not typically account for
this decrease in performance. Recent analyses by Mott
MacDonald, Parsons Brinckerhoff, and Arup accounted
for conventional plant efficiency declining by 0.15–0.55
percent each year, however wind turbines were not
included.
The availability and reliability of wind turbines have
been the topic of previous research. In the available
literature, there appear to be no long-term fleet-
level research of wind farm output loss. Quantifying
performance degradation is challenging regardless
of technology since reliable and validated field data is
difficult to come by.
Reanalyses are atmospheric boundary layer models that
transform physical observations from met masts and
other sources into a coherent and spatially complete
dataset, and are commonly used to construct wind
atlases in more recent studies. Ofgem appears to have
used it for the first time to estimate the equivalent firm
capacity of the UK’s wind fleet during peak demand
periods in the winter. Hawkins and Ofgem both said that
the reanalysis results must be scaled down by a constant
factor (29 percent and 20%, respectively) to match real
production in the UK, a result that we expand on in our
study.
Data sources
On-site monitoring of conditions using wind turbine
SCADA systems is widespread, and software products
like WaSP or consultancies like GL Garrad Hassan are
commonly utilised in the field. Data isn’t made public,
and these services cost thousands of euros.
National average data, on the other hand, can’t tell you
what’s going on at particular wind farms.
Extrapolating wind speeds to turbine hub
height
“Probably one of the most crucial uncertainty factors
affecting the wind power evaluation at a site” is
extrapolating wind speeds from the height of measuring
stations to the significantly higher hub height of wind
turbines. Because friction from the earth’s surface
causes the variation in horizontal wind speeds with
height (known as wind shear or the wind profile), it
is extremely reliant on the individual site conditions:
terrain surface roughness, air temperature, season,
atmospheric stratification, and wind speed itself.
Source: ScienceDirect
31
MAY 2021 SwiftNLift

32. Highground Energy
ABOUT
HIGHGROUND ENERGY was founded
in 2013 with the vision of adopting a leadership
role in solving today’s key issues of energy crisis and
climate change. We provide a complete range of services
including lumpsum turnkey EPC services, consulting,
customized solar kits and solar-as-service model to our
valued partners.
We work with our clients to develop cutting-edge
solutionstotheirenergy-relatedproblems.Highground
Energy is affiliated with reputable organisations such as
SECI, MNRE, BHEL, CEL, IOCL, and others.
Team HGe and its valued partners have a cumulative
expertise of working on roof-top solar PV/solar-
wind-DG hybrid systems totaling more than 5 MW.
Our strength comes in utilising our deep technical
experience across the entire PV value chain to help
create dependable, durable, and cost-effective solutions
that make power accessible to everyone at a price that
pays for itself.
SERVICES
PROJECTS
We design, build and maintain Solar projects with
industry defining quality and safety standards. With 5
MW+ Solar EPC execution experience, join us in our
growth journey!
SOLAR KITS
We customise the whole BOM-BOQ
needed for your Solar project and ship it to you
directly. Our kits are created with premium, high-
quality components that are built to last. Create your
own kit right now!
FINANCING
The Solar power plants are built, owned, and operated
by us, while roof-top owners pay a low, fixed cost that
saves them money over time. Check to see if your
organisation qualifies!
Source: https://www.highgroundenergy.com/
Adopting A Leadership Role In Solving Today’s
Key Issues Of Energy Crisis And Climate
Change
32 MAY 2021 SwiftNLift

33. Abhishek
Mehhrotra
Co-Founder
Best Startups
In Renewable
Energy 2021
The
1
33
MAY 2021 SwiftNLift

34. Vactech Composites Pvt Ltd
To Become A Global Leader In The Composites Industry As
A Supplier Through Quality, Commitment And Services
Best Startups
In Renewable
Energy 2021
The
1
About the company
Vactech Composites Pvt. Ltd. was founded in the year
2008 with a prime intention to serve India’s one of the
fastest growing field i.e. Composites Industries. We are
an Indian-based production and sourcing company
that supplies vacuum bagging consumables and re-
engineering solutions to the composites sector from
Vapi, Gujarat, in the western part of the country, with
the primary goal of serving sophisticated composite
industries in India and abroad. We are quite familiar
with the needs of these industries, and we look forward
to continuous patronage from our prospective valued
clients, as well as the assurance of continuous services
with increased vigour and strength.
Our Vision
To become a global leader in the composites industry
as a supplier through quality, commitment and services.
To be best quality and most advance product provider
to the Advance Composite Industries. To be among
the top three companies of the world in Composite
Materials Suppliers. To become most respected brand
and preferred supply chain partner for all the major
companies of this field.
Our Mission
To promote initiative, innovation and teamwork by
providing high standard technically excellent products
along with cost effective solutions that improve
competitiveness and facilitate superior values for all our
clients.
Key Strengths
■ Accesstocomprehensiverangeofservices&Products
delivering true values
■ Aggressive Expansion Plans
■ High work execution capabilities
■ Young visionary & Dynamic management team
■ The Quality Management System is structured to the
ISO 9001 International Standard with compliance
linkage to the ISO 14001 and ISO 45001 International
standards. Our Process control begins with the
commitment of top management and is documented
Bhavin Jawaharlal Shah
Managing Director
34 MAY 2021 SwiftNLift

35. in our quality & procedure manuals.
Why Us?
■ Specialist teams, with an impressive breadth of
experience across key sectors, offer you professional,
objective advice and access to products.
■ Providing work environment and culture, which
promotes the initiative, innovation & teamwork.
Strive for the highest level of customer satisfaction by :
• constantly listening to the customer
• providing error-free and fit for use products and
services on time
■ Practice processes, which are defined and measurable.
Words by MD
Bhavin Jawaharlal Shah - Managing Director
Everything we do revolves around innovation. It all starts
with our clients, and is motivated by a desire to fully
comprehendtheirwants,expectations,andrequirements.
This leads to the development of unique technologies and
services that disrupt the status quo.
Our broad expertise is focused on Continuous
Improvement in order to work with customers and
provide significant long-term benefits.
■ Consistently supply the right quality products abiding
by right manufacturing practice.
■ Effective management of various risks & opportunities
involved in performance of an organization.
■ Fulfillment of compliance as applicable to statutory &
regulatory requirements.”
Source: https://www.vactechcomposites.com/
35
MAY 2021 SwiftNLift

36. Green Life Solutions
Private Limited
About the Company
Green Life Solutions Private Limited is energy
manufacturing company making energy available
for all, even in extreme situations and locations.
Offering cost-effective energy through new innovation
and technology products, allowing customers to sit
back and focus on their core business while our team of
professionals takes care of supplying uninterrupted power
for important applications and backups.
Energy Solutions for Transforming India
Power Generation & Backups
■ Solar PV – Fixed and Portable
■ Flywheel – Fixed backup
■ Batteries – Fixed and Portable
■ Fuel Cells - Portable and fixed
Thermal Solutions & Backups
■ Space Heating – Hybrid Solar Based
■ Steam Generation – Hybrid Solar Based
■ Process Heating – Hybrid Solar Based
■ Dryers – Solar Based
■ Cooling - Hybrid Solar Based, Portable
We are delighted to introduce our company, GREEN
LIFE SOLUTIONS PRIVATE LIMITED, a National
award-winning firm specialising
in Solar PV and Solar Thermal
Technologies and operating across India.
AWARDS AND RECOGNITION
■ The company has been recognized by Govt. of India
as a pioneer in the renewable energy sector (ESCO) by
conferring award at the hands of Hon’ble Shri Piyushji
Goyal, Minister for Power, Coal & Renewable energy,
on 29th April’2016.
■ Green Life Solutions Pvt Ltd is Grade ‘A’ Channel
partner of Ministry of New and Renewable Energy
(MNRE) for Rooftop solar PV system and for
Concentrated Solar Thermal (CST) systems.
■ We are the only company in Maharashtra who is
empaneled with Maharashtra Energy Development
Agency (MEDA) as Consultant for CST program of
Government of India.
■ Green Life is also empaneled with Madhya Pradesh
UrjaVikas Nigam.
■ Green Life Solution is empaneled as one of the research
and development partners with NEERI, Nagpur for
development of renewable energy products.
MANUFACTURING FACILITY
Green Life Solutions Pvt Ltd. is dedicated to developing
a high-tech, high-quality manufacturing facility and
achieving better standards by creating the groundwork to
It Is An Energy Manufacturing Company Making
Energy Available For All, Even In Extreme Situations
And Locations
36 MAY 2021 SwiftNLift

37. Sudhir Virendra
Sarawat
Director
Best Startups
In Renewable
Energy 2021
The
1
meet,andwhenfeasible,surpass,
cGMP requirements (current Good Manufacturing
Practice).
Quality is non-negotiable: Green Life Solutions Pvt. Ltd.’s
state-of-the-art production plant is a shining example of
quality control and top-notch performance. Inspections
are rigorously carried out, as are several tests to verify
product performance in various settings.
SOLAR THERMAL DIVISION
■ Concentrated Solar Thermal System for steam
generation
■ Solar Water Heaters
■ Solar Dryers
■ Solar operated cold storage
■ Hot water industrial solutions (CPC)
■ Residential Solar Cookers (Dish Type and Box Type)
■ Solar Dish type cookers
SOLAR PHOTOVOLTAIC DIVISION
■ Solar Rooftop On-Grid System
■ Solar Off-Grid system
■ Solar Street light
■ Solar Home Lighting
■ Solar Portable Power
■ Solar Educational kits
■ Solar agricultural and Industrial pump solutions
SOLAR STEAM GENERATION SYSTEM
It is a paraboloid reflecting concentrator with a downward
facing conical cavity receiver at its focus that absorbs
concentrated solar energy and transfers it for usage. The
concentrator follows the sun on two axes, constantly facing
ittocatchasmuchsolarradiationaspossibleduringtheday.
The tracking system is installed on a specially built pillar
with the dish concentrator and receiver. A heat retrieval
mechanism (which includes pipe and fittings, insulation, a
fluid circulating pump, and other components) is included,
as well as system controls for tracking, the thermal system,
and security/emergency measures.
Source: http://www.greenlifesolution.in/
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MAY 2021 SwiftNLift

38. Coal, oil, and natural gas, which are used to generate
power, account for one-third of worldwide greenhouse gas
emissions. It is critical to improve people’s living standards
by providing cleaner and more reliable electricity. India’s
energy demand is rising in order to meet the country’s
current economic development ambitions. The provision
of growing amounts of energy is a necessary condition
for a country’s economic growth. The Ministry of Power’s
National Energy Plan [NEP] has produced a 10-year
detailed action plan with the goal of providing electricity
across the country, as well as a second plan to ensure that
powerisdeliveredtocitizenseffectivelyandatareasonable
cost. According to the World Resource Institute’s 2017
report, India is responsible for about 6.65% of total world
carbon emissions, ranking fourth after China (26.83%),
the United States (14.36%), and the European Union
(14.36%). (9.66 percent ). Climate change has the potential
to disrupt the world’s ecological balance. The United
Nations Framework Convention on Climate Change
(UNFCCC) and the Paris Agreement have received
Why Renewable Energy Is Essential
for Long-term Development In India?
38 MAY 2021 SwiftNLift

39. Intended Nationally Determined Contributions (INDCs).
The latter sought to achieve the objective of keeping global
warming well below 2 degrees Celsius. Global electricity
demand will peak in 2030, according to the World Energy
Council. India is one of the world’s largest coal consumers,
requiring pricey fossil fuel imports. Coal and oil provide
over 74 percent of total energy needs. The country
imported 171 million tonnes of coal in 2013–2014, 215
million tonnes in 2014–2015, 207 million tonnes in 2015–
2016, 195 million tonnes in 2016–2017, and 213 million
tonnes in 2017–2018, according to a research from the
Center for Monitoring Indian Economy. As a result,
finding other forms of electricity generation is critical.
To achieve sustainable growth and avert catastrophic
climate change, the government will make a rapid and
global shift to renewable energy technology in this
manner. The government has created a sustainable
energy supply plan in recent years. Citizens have been
encouraged to conserve energy through promoting
the use of solar, wind, biomass, trash, and hydropower.
Clean energy is clearly less hazardous and, in many cases,
less expensive. By 2022, India hopes to have 175 GW
of renewable energy, with 100 GW coming from solar
energy, 10 GW from biopower, 60 GW from wind power,
and 5 GW from small hydropower projects. Investors
have pledged to reach a total capacity of more than 270
GW, far beyond the lofty expectations. The following are
the promises: Foreign companies contributed 58 GW,
private corporations contributed 191 GW, private sectors
contributed 18 GW, and Indian Railways contributed 5
GW. According to recent predictions, solar power will be
more than 750 GW and wind power will be 410 GW in
2047. To meet the government’s lofty goal of generating
175 GW of renewable energy by 2022, 330,000 additional
jobs and livelihood possibilities are required.
Thegrowthofrenewableenergytechnologyshouldbeaided
by a combination of push policies and pull mechanisms,
as well as specific initiatives. Technology advancements,
appropriate regulatory policies, tax deductions, and
efforts to improve efficiency through research and
development (R&D) are some of the pathways to energy
and environmental conservation that should ensure that
renewable resource bases are used in a cost-effective
and timely manner. As a result, initiatives to encourage
investment in the renewable energy sector as well as jobs
for unskilled people, technicians, and contractors are
considered. The government’s technological and financial
initiatives, policy and regulatory framework, as well as
training and educational activities for the growth and
development of renewable energy sources are all detailed
in this article. The advancement of renewable technologies
has run across clear roadblocks, necessitating a discussion
of these roadblocks. Furthermore, it is critical to identify
potential solutions to overcome these obstacles, and as a
result, appropriate recommendations for the continuous
growth of renewable energy have been proposed.
Given India’s tremendous renewable energy potential,
consistent regulatory measures and an investor-friendly
administration may be the most important factors in
the country becoming a world leader in clean and green
energy.
Globalprimaryenergyconsumptionforecast
A source of energy is a requirement for socioeconomic
progress. In recent decades, the rapid economic growth of
developing countries has resulted in an increase in energy
consumption. This tendency is expected to continue.
The investigation of appropriate environmental and
economic policies requires a projection of future power
usage. Similarly, a forecast of future power usage aids in
determining future renewable energy investments. Energy
supply and security have become critical challenges not
only for human society’s progress, but also for global
political and economic processes. As a result, international
comparisons are useful in determining historical, current,
and future electricity usage.
What role do renewable energy sources play
in India’s energy demand?
Even though India has experienced rapid and impressive
economic expansion, energy is still in short supply. India’s
strong economic growth is driving up energy demand,
necessitating the development of new energy sources to
meet this demand. At the same time, the country faces
the problem of long-term development due to rising
population and environmental degradation. In the future,
thegapbetweenpowerdemandandsupplyisanticipatedto
widen. Table 4 shows the country’s power supply situation
from 2009–2010 to 2018–2019. (until October 2018). In
2018, energy demand was 1,212,134 GWh, while supply
was 1,203,567 GWh, resulting in a 0.7 percent deficit.
Source: IJRER
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MAY 2021 SwiftNLift

41. http://beydest.in/

42. https://www.actyv.com/