MSc Electronics Oy specializes in power converters for smart grid, renewable energy and industrial applications.
Ensuring operational integrity of smart meters, industrial machines and critical infrastructure regardless of cyber events or human errors.
Building on 20+ years of R&D, the Netinium AMM+ platform helps you to manage millions of smart meters, create a single automated network infrastructure and manage your low-voltage grid using data from smart meters. Regardless of your (future) choice of hardware or IT infrastructure. And regardless future changes in regulations, communication infrastructure and security.
Neuville Grid Data™ is developing power grid digital infrastructure. Collecting high-resolution, high-accuracy, time-synchronised electrical measurements using patented hardware and data handling. Extracting valuable insights using proprietary artificial intelligence machine learning capabilities or third-party software tools.
As the operator of one of Europe's largest Virtual Power Plants (VPP), we network thousands of electricity producers, consumers and storage facilities to build a strong team of renewables. That's why we don't just define us as an electricity trader, an energy service provider, or a cleantech company. First of all, we are "the Power of Many" for the energy transition!
NODES is the independent marketplace for a sustainable energy future where grid owners, producers and consumers of energy can trade decentralised flexibility and energy. NODES, as an independent market operator, is addressing key trends and challenges in the energy system such as increased share of renewable power production, decentralised generation and the rapid change of the customer behaviour.
NovoGrid is a pioneer in Grid Edge Intelligence software with a suite of patented software products which benefit electricity generators and utilities. NovoGrid has developed a number of novel control technologies for distributed generators and system operators allowing them to maximise the efficiency of their energy delivery without the need for extensive communications infrastructure. By reading local grid conditions, the technology can determine remote grid conditions in real time and autonomously optimise generator operation for a specific purpose, e.g. loss reduction or congestion management.
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