Awards 2018

ISGAN and GSGF Celebrate Global Excellence in Smart Grid Projects with special focus on ‘Smart Grids for Flexibility’

Global Recognition

On June 24, 2018, ISGAN, in partnership with the Global Smart Grid Federation (GSGF), announced the winners of the fourth annual ISGAN Award of Excellence, during a special ceremony at the Ninth Clean Energy Ministerial (CEM9) in Copenhagen, Denmark. Ibrahim Baylan, the Swedish Minister for Policy Coordination and Energy, presented the ISGAN Award to the winning projects.

The ISGAN Award of Excellence international competition showcases leadership and innovation in smart grid projects around the world. The 2018 ISGAN Award of Excellence recognizes exemplars in the field of smart grids with a special focus on “flexibility” that will advance smart grids by improving the flexibility of the grid by balancing supply and demand simultaneously, thereby reducing customer losses from power disruptions.

  • Awards Competition Official Rules
  • Frequently Asked Questions
  • Awards Fact Sheet
  • Awards Brochure
Theme for 2018

Excellence in Smart Grids for Flexibility

Competition at a Glance

For the fourth Annual ISGAN Award of Excellence competition, a wide range of smart grid project nominations were received, representing projects from 10 different countries throughout the world. The winning projects were selected by an independent, international jury of smart grid experts, led by Reji Pillai Kumar, Executive Director of the Global Smart Grid Federation (GSGF). The jury selected the winning projects based on the following four criteria: potential impact, economic rationale, potential for replication and adaptation, innovation and other benefits.

Competition Result
The 2018 ISGAN Award of Excellence, which focused on “Smart Grids for Flexibility,” was awarded to Sustainable Energy’s Coordinating Power Control, from Sweden.

Six other projects were also honored with the title “Finalists”: Smart Grid Deployment Project, from Korea, and Smart Operator–Efficient control and monitoring of the low voltage grid, from Germany, SysDL 2.0 – Ancillary services from large-area distribution grids, from Germany, Local Energy System with Customer Flexibility, from Sweden, OpenADR4Chile, from Italy, and Instability Detector of the Gaspésie Regional Power System: DIR-Gaspésie (CGART-ALGORES), from Canada.

EON’s Local Energy System with Customer Flexibility was also honored with the GSGF Best Smartgrid Project Award, which recognized its excellence of replication.

Winning Projects

Project Name
Coordinating power control
Sustainable Energy (Sweden)

Smart Grid Demonstration Project
Korea Electric Power Corporation (Korea)
——
Smart Operator – Efficient control and monitoring of the low voltage grid
Innogy SE (Germany)
——
SysDL 2.0 – Ancillary services from large-area distribution grids
DREWAG NETZ GmbH (Germany)
——
Local Energy System with Customer Flexibility
EON Energidistribution AB (Sweden)
——
OpenADR4Chile
Enel SpA (Italy)
——
Instability Detector of the Gaspésie Regional Power System: DIR-Gaspésie (CGART-ALGORES)
Hydro-Quebec Research Institute (IREQ) (Canada)

Local Energy System with Customer Flexibility
EON Energidistribution AB (Sweden)

Subscribe for Updates

Sign up to our newsletter to receive information about ISGAN activities, news, and events.

Cookie Policy

1. What are cookies?

Cookies are text files that are stored on a visitor's device that store and retrieve information about their browsing activity. Section 3 of this policy details the specific use of cookies on this website.

If you would like more information about cookies, please see the following links:

2. How to accept, deny or revoke consent for the installation of cookies

The website has a consent manager that allows users to accept, reject or configure the installation of cookies when they access the site. The possible situations are as follows:

  • Consent: By clicking the “Accept” button, you agree to all cookies being installed on your device.
  • Deny consent: In the configuration panel, you can reject all cookies by clicking the “Reject” button.
  • Configure consent: Click the “Settings” button to open a menu where you can specify which types of cookie you consent to being installed.

You can also delete cookies using your browser's settings. These allow you to adjust privacy levels, such as denying all cookies or deleting saved ones. To modify these parameters, consult the manufacturer or review the following documentation: Android Chrome, BraveGoogle Chrome, iOS Safari, Microsoft EdgeMozilla Firefox, Opera, and Safari.

Please note that if you restrict or block some or all cookies from this website, some of the functionalities or services provided on the page may not be available.

3. Types of cookies used on this website

  • Technical cookies: These allow users to navigate the website and use its various options and services, including those used by the editor to manage the website, such as controlling traffic and data communication, identifying sessions, accessing restricted access areas, controlling fraud relating to service security, processing registration or event participation requests, counting visits for software licence billing purposes, using security elements during navigation, storing content for video or audio dissemination, enabling dynamic content (e.g., loading animation of text or images) or sharing content through social networks.
  • Analysis cookies: These allow the responsible party to track and analyse user behaviour. This information is used to measure website activity and introduce improvements based on usage data analysis.

4. List of cookies on this website

The cookies used on this website belong to third parties that are different from the party responsible for service provision. Some of the cookie providers may transfer data to third countries. You can find out about transfers to third countries made by the third parties identified in this Cookie Policy in their respective policies. To find out more, click on the provider's name.

  • Cactus uses the PHPSESSID cookie, a session identifier provided by the server that is strictly necessary for the website to function properly, as it enables users to view and interact with its pages. It also uses the cookie_notice_accepted cookie to store the users' acceptance of the website's cookie policy.
  • Google Analytics uses the _ga cookie to collect anonymous information about how users browse the website is collected, in order to obtain statistics on visits received.