The largest energy innovation program

Free Electrons

The largest energy innovation program

Free Electrons

clp
edp
eon
ESB
Brand Name
Brand Name
Brand Name
Type
Open Innovation

Area
Energy

Purpose
Accelerate the clean energy transition, worldwide

Website

Linkedin

Free Electrons is the world’s largest open innovation program designed to bring disruptive energy solutions to market.

This isn’t just another open innovation program, it’s a multi-partner powerhouse. Every year, the Free Electrons partners, leading energy utilities, invite the world’s brightest startups to join their mission solving the sector’s biggest challenges.

By uniting forces within the same industry, utilities and startups share breakthroughs, scale game-changing solutions, accelerate technology adoption and shorten time-to-market of new products to achieve tangible progress in the energy transition.

Successful use cases become blueprints for global change and together, they’re building tomorrow’s energy ecosystem. Since 2018, Beta-i has supported Free Electrons as its innovation partner, working closely with the utilities to operationalize and evolve the program.

 

Renewable energy icon Next Generation Renewables
Energy management icon Energy Management/ Data
Asset Optimization icon Asset Optimisation
Thermal Solutions icon Thermal Solutions
Grid Planning icon Grid Planning, Optimisation and Stability
Energy Storage icon Energy Storage
Connected & Engaged Costumers icon Connected & Engaged Customers (B2B and B2C)
Mobility & Transport Electrification icon Mobility & Transport Electrification

Key Results

Pilot Projects

Dollars In Deployments

Dollars In Direct Investment

Program Partners Over Time

Ausnet
CLP
edp
e-on
esb energy
Hydro Québec
Jera
origin
Tepco

Free Electrons

The Impact

Revolutionizing Green Energy Reporting

By linking data from ESB’s Carnsore wind farm with test customers’ hourly consumption, Granular Energy helped boosting accuracy in documenting green energy usage. It also tackles key challenges in Ireland’s energy sector, such as the demand for clean electricity and carbon emission management.

Enhancing Forecast Accuracy for Dams Optimization

Hydro-Québec teamed up with Salient Predictions to improve seasonal weather forecasting through a tool combining traditional models with AI. This hybrid tool helps predict water inflows to large dams and optimize energy transactions.

Optimizing With Dynamic Load Management

E.ON partnered with gridX to optimize EV charging through a dynamic load management solution using gridX’s platform. The AI-based system distributed charging power efficiently, increasing E.ON’s EV capacity without grid extensions. E.ON acquired a majority stake in gridX, and later on, the remaining shares, reinforcing its commitment to transforming the energy sector.

Origin and Gridcog logo

Guiding Investments for Higher Impact

Origin collaborated with the Australian startup Gridcog to enhance its Data & Analytics capabilities. Gridcog’s platform optimizes energy projects, guiding investments for better environmental and commercial returns. The solution has improved Origin’s data collection and provides a user-friendly interface for its C&I customers, supporting various teams across the utility.

edp and Next2Grid logo

Transforming Costumer Data into Energy Insights

EDP partnered with NET2GRID to test an Non-Intrusive Load Monitoring technology, analyzing household energy consumption from smart meters. NET2GRID’s solution delivered detailed consumption breakdowns using standard 15-minute data. EDP expanded the use of this technology beyond Europe, supporting the shift from low-margin commodity sales to high-margin, data-driven services, promoting a more efficient and sustainable energy future.

Origin and Ohmgrid

Rewarding Consumers for Energy Efficiency

Origin Energy worked with U.S. startup OhmConnect to bring demand response technology to Australia, rewarding users for reducing energy consumption during peak times. Through game-like incentives, the goal is to engage users, improving energy efficiency and grid stability. This collaboration led to the launch of Origin Spike in 2020, a rewards program encouraging customers to cut energy use during peak periods.

Origin and Tempus logo

L&D Leading to a Custom Solution

The goal of the collaboration between Origin and Tempus was to help reduce energy costs and support decarbonization. Origin tested this technology at select sites to explore savings from load shifting. They developed a custom platform to manage distributed assets, enhancing decarbonization, grid stabilization, and personalized solutions for customers. As a result, Origin’s Virtual Power Plant now operates at 1.4 GW with over 400,000 connected services.

eon and Ev.charging logo

Revolutionizing EV Charging

E.ON Next teamed up with ev.energy to improve its EV customer offerings and create a competitive time-of-use tariff. They developed the Next Drive tariff, featuring one of the UK’s lowest off-peak rates at 4p per kWh between midnight and 4 am. Ev.energy supplied the technology, including a mobile app and APIs, to automate and optimize EV charging during these hours without needing extra hardware. E.ON Next Drive became a popular choice for UK EV drivers, providing substantial savings and a user-friendly app experience.

clp and jungle logo

Optimizing Grid Reliability with AI Predictions

CLP Hong Kong partnered with Jungle.ai on a pilot project to improve power grid efficiency and reliability. Using machine learning algorithms, the initiative aimed to predict equipment failures and optimize maintenance schedules. This collaboration is part of CLP’s strategy to integrate advanced technology for sustainability, showcasing the transformative impact of AI on modern power systems.

edp and rondo

Decarbonizing industrial heat production

The partnership between EDP and Rondo will allow industries and other energy-intensive clients in Europe to use renewable energy to generate heat. It will also allow to open a new market: the supply of clean industrial heat, at a large-scale and with an affordable cost, powered by wind and sun. EDP aims to develop up to 400 MW of wind and solar projects in the medium-term to power up to 2 GWh of Heat Battery installations from Rondo.

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