As part of Corinex's ongoing efforts to influence changes in the energy sector towards a more sustainable future, the company has joined the G3-PLC Alliance.
The growing need for efficient and sustainable electricity presents the energy industry with the task of updating its infrastructure. Corinex, the leading Broadband over Power Lines (BPL) technology provider, through its application for grid digitalization, aims to accelerate the standardization of technology needed to improve grid resilience.
This goal is pursued through its active membership in important standardization organizations, including the G3-PLC Alliance.
As part of the company's commitment to enabling decarbonization through self-regulating energy systems, Corinex leads numerous initiatives to conform to industry standards, thereby facilitating seamless data exchange and IoT management between diverse grid-connected devices.
It is noteworthy that industry-leading utilities, organized within various alliances and international standardization bodies, are demonstrating interest in grounding their broadband strategies on a single technology foundation: ITU's G.hn.
Corinex brings a wealth of expertise in transforming electric grids into smart-energy networks using integrated end-to-end BPL solutions. As part of larger industry alliances, we aim to enhance the efficiency, reliability, and security of communication over utilities' existing powerline infrastructure.
As part of the company's commitment to enabling decarbonization through self-regulating energy systems, Corinex leads numerous initiatives to conform to industry standards, thereby facilitating seamless data exchange and IoT management between diverse grid-connected devices.
It is noteworthy that industry-leading utilities, organized within various alliances and international standardization bodies, are demonstrating interest in grounding their broadband strategies on a single technology foundation: ITU's G.hn.
Corinex brings a wealth of expertise in transforming electric grids into smart-energy networks using integrated end-to-end BPL solutions. As part of larger industry alliances, we aim to enhance the efficiency, reliability, and security of communication over utilities' existing powerline infrastructure.
The G3-PLC Alliance includes an international group of close to 100 Distribution System Operators (DSOs) and industrial participants from around 30 countries.
By joining the alliance, Corinex looks forward to collaborating with like-minded partners, exchanging insights, and collectively shaping the future of energy. Corinex aims to continue delivering its BPL-PLC solutions, which adhere to the Alliance's standards for high-speed, reliable, and long-range communication over existing powerline infrastructure.
The G3-PLC Alliance includes an international group of close to 100 Distribution System Operators (DSOs) and industrial participants from around 30 countries.
By joining the alliance, Corinex looks forward to collaborating with like-minded partners, exchanging insights, and collectively shaping the future of energy. Corinex aims to continue delivering its BPL-PLC solutions, which adhere to the Alliance's standards for high-speed, reliable, and long-range communication over existing powerline infrastructure.
Corinex Communications Corp. sells solutions that enable decarbonization through self-regulating energy systems. Corinex is the sole proven provider of Broadband over Power Lines (BPL) solutions for energy companies, including utilities, DSO's, manufacturers of electric vehicles, and providers of EV charging infrastructure. Its flagship offering consists of GridValue and EnergyGrid, a complete solution that integrates distributed energy devices and provides real-time energy data, analytics, and predictive models.
The G3-PLC Alliance is an industry association dedicated to promoting the G3-PLC standard and supporting its adoption worldwide. By bringing together leading players in the smart grid sector, the alliance fosters collaboration and facilitates the development of cutting-edge technologies for energy-efficient communication.
