Power Grid Corporation of India Limited (POWERGRID) is seeking expressions of interest from technology partners for demonstrating smart grid solutions virtually and potentially physically at their Smart Grid Knowledge Center (SGKC). The deadline to submit solutions is September 16, 2021. Eligible solutions should address themes like loss reduction, asset management, demand forecasting, reliability, integration of distributed energy, consumer experience, and cybersecurity. Selected partners will have opportunities for networking, exposure, and a demonstration booth for up to 12 months. Submissions should include details on the proposed solutions and the partner's qualifications.
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Cloud Search Based Applications for Big Data - Challenges and Methodologies f...Accelerate Project
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BigDataPilotDemoDays - I BiDaaS Application to the Manufacturing Sector WebinarBig Data Value Association
The new data-driven industrial revolution highlights the need for big data technologies to unlock the potential in various application domains. To this end, BDV PPP projects I-BiDaaS, BigDataStack, Track & Know and Policy Cloud deliver innovative technologies to address the emerging needs of data operations and applications. To fully exploit the sustainability and take full advantage of the developed technologies, the projects onboarded pilots that exhibit their applicability in a wide variety of sectors. In the Big Data Pilot Demo Days, the projects will showcase the developed and implemented technologies to interested end-users from the industry as well as technology providers, for further adoption.
Cloud Search Based Applications for Big Data - Challenges and Methodologies f...Accelerate Project
Presentation of Suciu et al. at "Workshop on Adaptive Resource Management and Scheduling for Cloud Computing", ARMS-CC 2015 ,
Donostia-San Sebastián, Spain, July 20th, 2015
The document describes a 5-day internship program organized by the National Power Training Institute (NPTI) on Internet of Things applications in the power and energy sectors. The program will provide both theoretical and hands-on training on topics like IoT architecture, sensors, Arduino and Raspberry Pi programming, cloud computing, and IoT applications for renewable energy, smart metering, and condition monitoring. It will involve lectures, simulations, and projects implementing systems like weather stations and solar monitoring with cloud interfaces. The target audience are college students and engineers, and registration costs Rs. 2,360. The program aims to equip participants with skills for applying IoT in energy management and grid reliability.
This newsletter provides an update on the ARCADIA project, which aims to develop a platform to facilitate the development and deployment of highly distributed applications over programmable infrastructure. The project started in January 2015, is funded through December 2017 with a budget of over 3.5 million euros, and involves multiple partners. This first issue introduces the project objectives, discusses participation in the Net Futures 2015 conference, and outlines upcoming technical meetings to coordinate progress. Readers are invited to learn more about ARCADIA's goals of simplifying application development while enabling flexibility, availability, and security.
Catalyzing Growth through Industry-Academia CollaborationNorAzmi Alias
General presentation on CREST and its role in catalysing growth in industry through facilitation of collaboration between industry, academia and government in addressing specific challenges in the particular industry or sector. Presented at recently held ESTCON2018 at KLCC Convention Center, Malaysia.
Happiest Minds have worked extensively with Industrial and Manufacturing companies to provide customized and value rich IoT consulting and product assessment services. Our comprehensive tools and frameworks combined with our talent rich pool of IoT consultants have helped shape the IoT journeys of our customers.
This paper is set against a backdrop where India is at an important juncture in the energy landscape – a
present riddled with many challenges and an imminent future of multiple opportunities led by technology
implementations. The paper begins by providing an overall context to the Indian Power scenario and
introduces the country’s ambitious smart grids vision led by security, adaptability, sustainability, reliability and
quality. In the next section, we delve deeper into the characteristics of the Indian Smart Energy ecosystem
– exploring the market potential and opportunities as well as policies that are currently in place. The third
segment is dedicated to standardization and an effort has been made to bring together all relevant standards
(including IoT) as well as policies that enable their implementation. This segment also discusses cyber security
and associated challenges, as these tenets are critical to the standards debate. The fourth segment explores
opportunities and challenges that all these bring in the areas of renewable energy, transmission, distribution,
micro-grids and security as well as their possible impact. In the final section, the paper puts forth some
actionable recommendations for stakeholders in the energy ecosystem including calling for new policies around
rooftop PVs, net metering, communications and IoT, data usage, distribution automation and management of
distributed energy resources, schemes for incentivizing stakeholders as well as greater collaboration among
ecosystem players. In doing so, it also highlights the benefits that collaborations such as those between India
and EU could bring to accelerating both standards creation as well as implementation.
The document describes plans for a Science, Technology, Engineering and Mathematics (STEM) Industrial Product Development Facility in Rwanda. The facility will include a Mechatronics Lab with sections for mechanical engineering, process automation, electronics, and a Energetics Lab focused on energy production and storage. The Process Automation Lab will have both a training section to build skills and a product development section for prototyping. Initial priority products identified for development include an electric bike, electric scooter, portable solar power bank and various medical devices.
The addition of AI or Machine Learning to embedded solutions will provide a powerful advance in the implementation of smart systems and support the advances in digitalisation that apply to all industry sectors. This webinar explored the potential impact of the addition of AI or Machine Learning to embedded solutions in the Digital industry.
This presentation contains the information regarding the outcomes from the scalability and replicability analysis conducted in InteGrid. Additionally, the replication roadmap identified in InteGrid is presented through its replication paths based on the lessons learned and the best practices (recommendations) identified.
An embedded system is a computer system designed to do one or a few dedicated and/or specific functions often with real-time computing constraints. It is embedded as part of a complete device often including hardware and mechanical parts. By contrast, a general-purpose computer, such as a personal computer (PC), is designed to be flexible and to meet a wide range of end-user needs. Embedded systems control many devices in common use today.
Physically, embedded systems range from portable devices such as digital watches and MP3 players, to large stationary installations like traffic lights, factory controllers, or the systems controlling nuclear power plants. Complexity varies from low, with a single microcontroller chip, to very high with multiple units, peripherals and networks mounted inside a large chassis or enclosure.
OVERVIEW
WHAT IS SMART GRID?
NEED OF SMART GRID IN INDIAN CONTEXT.
SMART GRID ATTRIBUTES.
INDIAN GOVERNMENT INTIATIVE TOWARDS SMART GRID
SMART GRID PROJECTS IN INDIA.
INDIAN GOVT. APPROVED PROJECTS.
PRESENT STATUS OF PROJECTS
BARRIERS TO SMART GRID IMPLEMETATION
LAYOUT OF SMARTGRID
CONCLUSION
REFRERENCES
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- Bravo Motors won an award for its electric vehicle and has patents for extending battery life.
- SPUTNIKS received a license from the Russian space agency to create small satellites.
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- NyuVak licensed production of personalized vaccines meeting international standards.
Shivayya Gadag has over 2 years of experience as an embedded software engineer. He has expertise in programming microcontrollers like PIC16F8777A using C and interfacing peripherals such as I2C, SPI, CAN and touch screens. He is skilled in Linux, device drivers, and audio systems. His projects include a battery management system, rail flaw detection robot using ultrasonics, and multi-region monitoring system using CAN bus. He has a M.Tech in digital electronics and communication from MVJ College of Engineering and a B.E. in electronics and communication from Proudhadevaraya Institute of Technology.
This document summarizes Horizon 2020 calls related to 5G, cybersecurity, and digital security for 2018-2019. It outlines several priority areas, including validating 5G network performance and use cases, cooperation on 5G standards, and assessing security challenges from new technologies. Specific calls focus on areas like 5G testing infrastructure, automotive connectivity, vertical industry trials, and addressing risks in critical infrastructure sectors. Deadlines and funding amounts are provided for each call focusing on technological and business validation of 5G and strengthening cybersecurity defenses.
The document discusses using the Technology Infusion and Maturation Assessment (TIMA) process developed by NASA's Jet Propulsion Laboratory to design and evaluate architectural options for the smart electric power grid in California. TIMA involves identifying key technologies, developing use cases, analyzing risks and barriers, and defining a technology roadmap. The goal is to meet California's energy and climate policy objectives through 2030 and beyond in a cost-effective manner.
You have probably heard about the Big Data Value PPP and the Big Data Value Association, but, are you sure you know what is behind them? Do you know which are the priorities and objectives of the European strategy on Big Data Research and Innovation and the way European payers’ money is being invested? What is a data platform, data sharing initiatives, or data market size? And a data space? Is Europe lagging behind the US and China as we are usually told? And looking at the future. Which steps are being taken to define a data-driven Artificial Intelligence? Too many questions that start with a single answer: your attendance to this webinar.
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During this session, we will present the concept of BDVA i-Spaces (as it is reflected in the BDVA SRIA), the process and steps of i-Spaces labeling, the value proposition of being an i-Space and activities and examples of collaboration. The session will also include examples of first-hand experience from three recognized i-Spaces: ITAINNOVA (DIH Aragon), UPM, and Demokritos NCSR (aheed DIH).
Data Innovation Spaces are identified by BDVA as a key instrument to foster the Data-Driven Innovation in Europe. They provide innovation and experimentation environments where companies in their respective ecosystems could have their data-driven and AI-related products and solutions piloted, tested, and exploited before going to the market. BDVA launches every year a process to identify and recognize relevant initiatives in Europe that meet specific quality criteria in infrastructures, services, projects, and sectors of application, ecosystem and sustainability (BDVA i-Spaces call for labels).
During this session, we will present the concept of BDVA i-Spaces (as it is reflected in the BDVA SRIA), the process and steps of i-Spaces labeling, the value proposition of being an i-Space and activities and examples of collaboration. The session will also include examples of first-hand experience from three recognized i-Spaces: ITAINNOVA (DIH Aragon), UPM, and Demokritos NCSR (aheed DIH).
This document provides information about the R&D activities of Sumitomo Electric Group. It lists their R&D centers and laboratories located in Japan and describes their focus on developing technologies in key fields like mobility, energy, communications, environment and infrastructure, and life science. It also provides details on their R&D expenses and management approach, which involves mid-term planning, new research proposals, open innovation partnerships, and human resource development. Specific projects highlighted include developing technologies for vehicle communications, improving vehicle efficiency and reducing emissions, smart grid systems, concentrator photovoltaics, superconducting wires, energy storage batteries, and energy management systems.
This document provides information on the R&D activities of Sumitomo Electric Group. It lists the company's R&D centers and laboratories located in Japan and their areas of focus. These include developing technologies for mobility, energy, communications, environment and infrastructure, life science, and resources. The document also summarizes some of Sumitomo Electric's innovative R&D projects, such as developing optical and wireless communication technologies, smart grid systems utilizing renewable energy, electric vehicle components and energy management systems.
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This report discusses the future of intelligent grid technologies and their implications for utilities. It first covers the history and current state of intelligent grids, as well as factors influencing their adoption. Then, it provides guidance for utilities on how to prepare for intelligent grids, such as allowing for upgrades to legacy systems, focusing on interoperability, targeting "quick wins", and informing technology development. While intelligent grids are still emerging, the report advises utilities to take action now to better manage future advanced grid technologies.
The document reports on collaborative activities between the ERIGrid project and other relevant European and national smart grid projects during the first year of ERIGrid. It provides brief descriptions of 8 other projects and outlines information exchanges on testing methods, use cases, and research infrastructure needs. The main collaborative activities have involved joint workshops, papers, and exploring opportunities for accessing each other's research facilities.
A smart grid uses digital communication technologies to improve the efficiency, reliability, and sustainability of electricity production and distribution. It allows for automated and two-way communication between suppliers and consumers of electricity. Key features include implementing an advanced metering infrastructure with smart meters, data concentrators, communication networks, and management systems. This provides benefits like reduced transmission and distribution losses, improved power quality and reliability, and increased integration of renewable energy.
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OVERVIEW
WHAT IS SMART GRID?
NEED OF SMART GRID IN INDIAN CONTEXT.
SMART GRID ATTRIBUTES.
INDIAN GOVERNMENT INTIATIVE TOWARDS SMART GRID
SMART GRID PROJECTS IN INDIA.
INDIAN GOVT. APPROVED PROJECTS.
PRESENT STATUS OF PROJECTS
BARRIERS TO SMART GRID IMPLEMETATION
LAYOUT OF SMARTGRID
CONCLUSION
REFRERENCES
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EoI_Selection_of_Tech_Solutions_SGKC.docx
1. 1
Expression of Interest
for
Selection of Technology Solutions
for
Demonstration at the
Smart Grid Knowledge Center
POWER GRID CORPORATION OF INDIA LIMITED
SECTOR-29, GURGAON, HARYANA
2. 2
General Information
SI
No
Description Details
1. Expression of Interest (EOI)
Reference Number
C/SG/01/SGKC
2. Website details for
downloading the EOI
https://apps.powergrid.in/pgciltenders/u/default.aspx
(POWERGRID website at Tender section)
https://eprocure.gov.in
3. EOI release date 16.08.2021
4. Last date of submission of
response to the EOI
16.09.2021, 11:30 AM
5. Date of opening of the EOI 16.09.2021, 12:00 AM
6. Communication to
shortlisted Technology
Partners
vineeta@powergrid.in
7. Contact Person Vineeta Agarwal
Sr. GM, Smart Grid
POWER GRID CORPORATION OF INDIA LIMITED
SECTOR-29, GURGAON, HARYANA
Rax – 0124 2823605
3. 3
Table of Contents
1. Background ........................................................................................................................... 4
1.1. Smart Grid Knowledge Center: A State-of-the-Art Resource Center.............................. 4
1.2. SGKC’s Vision................................................................................................................. 5
1.3. Innovation Park (Physical Demonstration) ...................................................................... 5
1.4. Virtual SGKC................................................................................................................... 6
2. Objective ............................................................................................................................... 6
3. Eligibility .............................................................................................................................. 7
3.1. Eligible Entities............................................................................................................... 7
3.2. Eligible Themes .............................................................................................................. 7
3.3. Qualification Criteria for Technology Partners............................................................ 7
3.4. Criteria for assessment of proposed solutions .............................................................. 8
4. Selection Process & Evaluation ............................................................................................. 8
5. Key Benefits to Technology Partners ................................................................................. 9
6. Responsibilities of the Technology Partner(s) ................................................................... 9
7. Tenure.................................................................................................................................. 10
8. Submission Requirements.................................................................................................... 10
9. Clarification on EOI Document ........................................................................................... 10
10. Other Conditions.................................................................................................................. 11
Annexure 1: Covering Letter ........................................................................................................ 12
Annexure 2: Self declaration – No Blacklisting ........................................................................... 13
Annexure 3: Self declaration – Incorporation Certificate............................................................. 14
Annexure 4: Details of Solution ................................................................................................... 15
4. 4
Expression of Interest for Selection of Technology Solutions for
Demonstration at the Smart Grid Knowledge Center
1. Background
1.1. Smart Grid Knowledge Center: A State-of-the-Art Resource Center
The Smart Grid Knowledge Center (SGKC) is a state-of-the-art resource center for demonstration
and training on smart grid technologies. The SGKC, set up by the POWERGRID, with support
from the Ministry of Power (MOP) and the National Smart Grid Mission (NSGM), is located in
Manesar, Haryana, within Powergrid Academy of Leadership (PAL) complex. The center also
hosts POWERGRID R&D and training facilities. The SGKC is equipped with demonstrations of
smart grid technologies and world class training facilities. The interventions include:
Advanced Metering Infrastructure: Smart meter integration on different communication
technologies, data acquisition and analytics for utilities and consumers, energy audits, protocol
emulation, pre-paid and post-paid meter functionalities, theft warnings/alarms, etc.
Outage Management System: Coordination for unscheduled and scheduled outages of
distribution infrastructure (DT, HT/LT feeders, etc.), tracking of outages, crew management
and supply restoration protocols, etc.
Smart Home Energy Management System: Enables monitoring and controlling of home
appliances based on signals such as Time of Day tariffs.
AC Microgrid: Integration of different renewable energy (RE) sources, generation
forecasting, simulation under various operating conditions including storage.
DC Microgrid: Established with solar as the source of RE and integrated with battery storage
- appliances operate on DC power, thereby reducing conversion loss.
Training Infrastructure: Conference room with advanced hardware and software systems,
meeting rooms, computer laboratory for hands-on training of participants.
Power Quality Measurement Laboratory: Advanced laboratory set-up to demonstrate
power quality parameters such as lux levels, harmonics, etc. for different light sources. Enables
research and development, training on power quality management.
Utility-Scale-Grid-Connected RE: Utility-scale-grid-connected RE generators (wind and
solar) demonstrate workings of wind farms and solar parks. Different configurations of wind
turbines, solar panels, and grid connections (including pooling substations, transmission lines
and GSS) are deployed.
5. 5
1.2. SGKC’s Vision
The SGKC aims to become “One of the leading Centers of Excellence (COE) globally to foster
innovation, entrepreneurship and partnerships in smart grid technologies and create capacities in
the power sector”. The overall vision is to accelerate the deployment of smart grid technologies
by providing enabling services and solutions under one platform for benefit to all.
The United States Agency for International Development (USAID), through its bilateral program
“Smart Power for Advancing Reliability and Connectivity (SPARC)”, is supporting the MOP,
POWERGRID, and NSGM on this initiative. As a part of the technical assistance, the USAID
SPARC Program developed a strategic roadmap for the SGKC which was released by the MOP at
the ‘Private Sector Roundtable on the Innovation Park’ in June 2020. The roadmap identifies the
scale-up of the SGKC for stronger value proposition, with a focus on the following components:
Innovation Park: The Innovation Park will function as a platform for live demonstration
of frontier technologies, products, and solutions (including case studies) relevant to power
sector. It will showcase cutting-edge solutions to varied stakeholders (utilities, researchers,
policy makers and consumers) through physical assets, technology or software solutions
and virtual demonstrations. The initial set of activities for setting up the Innovation Park
within SGKC premises are currently underway. This will also include AR/VR library to
provide immersive learning experience to stakeholders.
Technology Incubation Hub: The Technology Incubation Hub will support innovators
engaged in developing next generation smart grid technologies to bridge the “concept to
market” gap. The Center will leverage POWERGRID’s robust research assets, market
penetration and technical expertise. The Incubation Hub will offer a multitude of support
services to facilitate commercialization of solutions.
Training & Capacity Building: The SGKC will serve as a platform for workforce
development through customized trainings and knowledge exchange programs. The Center
will function as the knowledge hub for the region.
The above will be enabled through partnerships with leading national and international institutions,
exchange visits, outreach events etc.
1.3. Innovation Park (Physical Demonstration)
POWERGRID is developing/establishing the Innovation Park at the SGKC with support from the
MOP. Limited space is available at SGKC for demonstration of solutions. This will provide
technology players the opportunity to showcase their solutions. The nature of such demonstrations
may be physical assets for demonstrations, technology or software solutions and applications,
virtual demonstration etc.
6. 6
The Innovation Park at the SGKC premises will offer following advantages to the technology
players:
Designated space/booth to demonstrate technologies and solutions
Enable interaction with Discoms to understand their needs and priorities
Access to site specific information, technical insights to support solution design and
formulation of market entry strategies
Access to other facilities such as training infrastructure, labs for research, knowledge
dissemination and outreach activities (as per discretion of POWERGRID)
Provide linkage with other planned initiatives to finetune/ market enable the solutions
1.4. Virtual SGKC
Disruptions such as the ongoing COVID-19 pandemic have necessitated the need for virtual
interfaces to showcase technologies and engage with the industry. This is critical to ensure
seamless knowledge sharing even in times of travel restrictions. A well-curated virtual presence,
in parallel to the physical infrastructure, will further enhance the value proposition of the SGKC.
It will help convene multiple stakeholders and knowledge products on a common platform. A
virtual COE for the SGKC (co-existing with the physical set-up, herein referred as ‘Virtual
SGKC’) is therefore being developed to showcase smart grid technologies. The Virtual SGKC
platform will also house the components indicated above.
The virtual SGKC platform offers several advantages:
Service offerings can be significantly expanded without the limit of physical space
Service offerings can be easily accessible to wider audience even during times when
mobility is disrupted
A larger pool of global solutions in power sector can be brought under the ambit of the
COE
Solutions will have a longer shelf life for display and demonstrations unlike the two-three
days offered at conferences and exhibitions
A virtual platform is more responsive to the changing power sector technology landscape
through timely upgradation/replacement of solutions at display
The Virtual SGKC will enable technology partners to showcase their solutions across the thematic
areas through virtual means and engage with the utilities, and other stakeholders.
2. Objective
An Expression of Interest (EOI) is now being sought from Technology Partners for demonstration
of Technological Products/Solutions at the Virtual SGKC.
7. 7
The applications received will also be assessed for physical demonstration of the solution at the
SGKC as per the criteria and process specified in further sections of the document.
3. Eligibility
3.1. Eligible Entities
Technology partners including metering companies, technology companies, system integrators,
implementation agencies, developers, OEMs, software companies working in smart grid
technologies subject to fulfilling the eligibility criteria mentioned in subsequent sections.
3.2. Eligible Themes
Enabling development of Modern – Future Ready - Efficient Distribution Network and Operations
will be the overarching theme of the SGKC. Solutions of the technology partners should focus on
addressing the following themes using smart grid technologies (including IoTs) and advanced data
management (AI/ML1) solutions (but not limited to):
1. AT&C loss reduction and energy accounting
2. Asset management
3. Demand forecasting & power procurement cost optimization
4. Enhancing supply reliability and quality (e.g. improve SAIDI/SAIFI levels)
5. Enhancing resilience of distribution system
6. Integration of distributed energy source including RE, battery storage and EVs
7. Consumer experience improvement
8. Cyber security and data protection
9. Deploying advanced metering infrastructure and associated use cases
10. Distribution planning and simulation
3.3. Qualification Criteria for Technology Partners
S. No Criteria Supporting Documents Required
1 The applicant should not have been
blacklisted by POWERGRID, Ministry
of Power or Department of Public
Enterprises under Ministry of Finance,
Govt. of India on the originally scheduled
date of EOI submission
Self-Declaration for non-blacklisting
duly signed by the authorized signatory
of the organization on the company
letterhead as per the format provided in
Annexure 2.
1 Artificial Intelligence/Machine Learning
8. 8
S. No Criteria Supporting Documents Required
2 For Indian Company
Applicant should be a registered
company in India as per the Companies
Act 1956/2013
For an International Company
Applicant should be registered under the
provisions of applicable regulations of
its country of incorporation
Self-Attested Copy of Certificate of
Incorporation and declaration duly
signed by the authorized signatory of the
organization on the company letterhead
as per the format provided in Annexure
3
3 Past experience in implementation/
development/supply/demonstration of
the solutions
Self-attested letter certifying the
experience along with client references
Note: Consortiumnot allowed
3.4. Criteria for assessment of proposed solutions
Please note the following criteria for assessment of proposed solution:
Proven – The solutions must have been deployed/tested in actual implementation context with
verifiable results and evidences/references of successful deployment.
Coverage - Solutions may include hardware/software/models/tools/advanced analytics and
other applications.
Relevance - All solutions must be relevant to cater to the intervention areas for Discoms
mentioned above.
Unique – Solutions must be unique and innovative addressing the key challenges in the power
sector.
Specific - The Technology Partners should provide specific descriptions of the solutions as per
the requirement mentioned in Annexure 5. The partners should refrain from excessive
promotional content and materials.
The Technology Partners can submit details of maximum 3 solutions; any deviation shall be treated
for rejection of the submission without any notice.
4. Selection Process & Evaluation
The applications received will be evaluated by the SGKC’s Expert Panel as per the below specified
process for the selection of Technology Partner(s):
9. 9
Note: The process of setting up a physical innovation park is underway by POWERGRID with
support from the MOP. Once ready, selected applications that have shown interest in physical
demonstration of the solutions (refer point 7, annexure 4) shall be assessed and selected for
physical demonstration of the solution at SGKC. Selection for the physical demonstration shall be
subject to decision of the Expert Panel and POWERGRID.
5. Key Benefits to Technology Partners
Demonstration Booth: Demonstration booth on a prestigious platform to showcase their
solution offering.
Access and Exposure: Opportunity to demonstrate the solution to a large number of utilities
from India and around the world, as well as other stakeholders, high level delegates, etc. The
SGKC will host large number of engagement events both on physical & virtual platform
including conferences, webinars, etc. and hence likely to have a strong visitor base.
Networking: Networking and further engagement/business opportunities with utilities,
innovators, technology players from India and around the world.
6. Responsibilities of the Technology Partner(s)
The Technology Partner(s) will undertake following activities:
Provide demonstration of technology products/solutions/applications in the form of videos/
animations/product briefs/recorded demonstrations, etc. along with periodic updates, as
required. Demonstration at the Innovation Park within SGKC premises may also cover
physical assets (as applicable).
Provide response to product queries received within 24 hours of receipt of such queries.
Designate a nodal person for managing all future communications with POWERGRID.
Phase 1: Evaluation of EoI
Applications
Expert Panel to review the
applications basis requirements
mentioned in the EOI
Phase 2: Call for Presentation
to Select Applications
The shortlisted applications will be
invited for short presentations -
Technology Partners to showcase the
solutions they wish to demonsrtate at
the SGKC
Phase 3: Onboarding of
Technology Partner(s)
Expert Panel to select and onboard
Technology Partners for
demonstration of solutions
10. 10
7. Tenure
Once selected, the Technology Partner will be eligible to demonstrate the solution not
exceeding 12 (twelve) months on the Virtual SGKC platform from the date of issuance of
confirmation.
Tenure for the selected solutions may be agreed for physical demonstration at SGKC will be
mutually agreed.
The Expert Panel constituted by POWERGRID will review the validity of
technologies/solutions demonstrated periodically,
POWERGRID may consider nominal hosting fee post the initial demonstration period. Such
hosting fee may be charged for hosting of solutions (selected through current EOI or future
EOIs) at the Virtual SGKC as well as at the physical Innovation Park.
Any extension beyond the period of 12 months (for Virtual SGKC) will be subject to discretion
of POWERGRID, and at terms mutually agreed with the Technology Partner. For physical
demonstrations, tenure of such extensions will be mutually agreed between POWERGRID and
the technology player.
8. Submission Requirements
The solution should be submitted in all respect at email id vineeta@powergrid.in from 16.8.21 to
16.9.21. In addition to the documents specified for meeting the eligibility requirement, applicants
will also be required to submit the following:
Section Description
A Covering Letter as per Annexure 1
B Documents for evaluation of qualification as mentioned in section 3.3
B.1 Self-Declaration – No Blacklisting as per Annexure 2
B.2 Self-Declaration – Incorporation Certificate as per Annexure 3
C Detailed description about the solution with benefits/used cases/ case studies as per Annexure 4
D Any pre-requisites for showcasing the solution in SGKC facility
Note: All submissions as indicated above must be in soft copy format as per guidance provided in
this document. No hard copy submission will be accepted.
9. Clarification on EOI Document
An Applicant, requiring any clarification on the EOI documents, must notify POWERGRID
through email on this id: vineeta@powergrid.in. Nothing in this section shall be taken or read as
compelling or requiring POWERGRID to respond to any question or to provide information.
11. 11
10.Other Conditions
Strict adherence to the submission requirements, wherever specified, is mandated. However, the
applicant may further submit product brochures/presentations/links to videos for showcasing the
solutions.
POWERGRID may at its discretion suggest the Technology Players to modify the submitted
demonstration material as per the required standards.
Application submitted by the Applicant shall become the property of POWERGRID and
POWERGRID shall have complete right to either accept or reject without mentioning any reasons
for its decision.
12. 12
Annexure 1: Covering Letter
(on the Letter Head of prospective Partner)
To,
Vineeta Agarwal
Sr.GM, Smart Grid
Smart Grid Knowledge Center
Power Grid Corporation of India Limited,
Plot No.2, Near, IFFCO Chowk, Sector 29,
Saudamini, Haryana 122001
Sub: Selection of Technology Solutions for demonstration at the Smart Grid Knowledge
Center (SGKC)
EOI Ref. No.- C/SG/01/SGKC
We are submitting our application along with relevant information as required in the above referred
Expression of Interest for participating in the process of selection of Technology Solutions for
demonstration at the SGKC. We confirm that neither we nor any of our Parent/Affiliate/ Ultimate
Parent has submitted application other than this application, directly or indirectly in response to
the aforesaid notice.
It is also understood that in case any party submitting the application conceals any material
information or makes wrong statements or misrepresents facts or makes a misleading statement in
any manner whatsoever, in order to create circumstances to accept its proposal, POWERGRID
reserves the right to reject such application.
Thanking You,
Name of Entity:
Authorized Signatory: *
Seal of the Organization:
Date:
Place:
* To be signed by Managing Director/ Chief Executive officer/ Other Authorized Signatory
13. 13
Annexure 2: Self declaration – No Blacklisting
(on the Letter Head of prospective Partner)
To,
Vineeta Agarwal
Sr.GM, Smart Grid
Smart Grid Knowledge Center
Power Grid Corporation of India Limited,
Plot No.2, Near, IFFCO Chowk, Sector 29,
Saudamini, Haryana 122001
Sub: Selection of Technology Solutions for demonstration at the Smart Grid Knowledge
Center (SGKC)
EOI Ref. No.- C/SG/01/SGKC
This undertaking is being submitted in response to the Expression of Interest (“EOI”) document
issued by POWERGRID dated 16/08/21
We hereby confirm the following:
1. We have not been blacklisted by POWERGRID, Ministry of Power or Department of Public
Enterprises under Ministry of Finance, Govt. of India on the originally scheduled date of EOI
submission
2. We understand and agree that if this information is found to be incorrect at any stage before or
during the evaluation; our proposal will be considered as non-responsive and rejected
accordingly.
3. We further declare that any data and certification submitted by our company/firm is correct
and genuine.
Thanking you,
Name of Entity:
Authorized Signatory: *
Seal of the Organization:
Date:
Place:
* To be signed by Managing Director/ Chief Executive officer/ Other Authorized Signatory
14. 14
Annexure 3: Self declaration – Incorporation Certificate
(on the Letter Head of prospective Partner)
To,
Vineeta Agarwal
Sr.GM, Smart Grid
Smart Grid Knowledge Center
Power Grid Corporation of India Limited,
Plot No.2, Near, IFFCO Chowk, Sector 29,
Saudamini, Haryana 122001
Sub: Selection of Technology Solutions for demonstration at the Smart Grid Knowledge
Center (SGKC)
EOI Ref. No.- C/SG/01/SGKC
This is to certify that the proposal is being submitted by the following entity:
Name of the Company
Country of Incorporation
Date of Incorporation
Registered Office Address
[Company Incorporation Certificates, which would be evaluated as persection 3.3 need to be submitted]
Authorized Signatory: *
Seal of the Organization:
Date:
Place:
* To be signed by Managing Director/ Chief Executive officer/ Other Authorized Signatory
15. 15
Annexure 4: Details of Solution
(on the Letter Head of prospective Partner)
S. No Parameter Description
1. Name of the Entity
2. Contact Details
(mention name of contact person, designation, e-
mail ID, and phone number)
3. Thematic Area
(Mention the thematic area(s) as indicated in
Section 3.2)
4. Description of the solution
(The write-up should focus on:
Specific need/problem that the solution
addresses in line with indicated thematic
area(s)
Overview of solution architecture
Technologies embedded in solution- AI/ML/DA)
Timeline for implementation
(Not more than 500 words)
5. References (not more than three)
(Please provide following details:
Name of the Client
Location
Contact Details
Project Duration (Start and End Date))
(Not more than 200 words)
6. Recognition & Relevance
(Please highlight how does the solution adhere to
the criteria provided in Section 3.3)
(Not more than 500 words)
7. Interest to showcase the solution physically at
SGKC Premises for a nominal fee
Yes/ No
8. Pre-requisites for showcasing the solution
physically at SGKC Premises (applicable only if
answer to question number 7 is Yes)
Authorized Signatory: *
Seal of the Organization:
Date:
Place:
* To be signed by Managing Director/ Chief Executive officer/ Other Authorized Signatory