We're on a mission to make a big green dent in the universe by building a truly sustainable energy system globally.
That means making power greener, smarter, and more affordable for everyone.
We put customers at the heart of everything we do: with always-fair prices, transparency and outrageous customer service.
We drive system change: with transformative tech to make renewable energy the norm and end global reliance on fossil fuels.
Octopus Energy Group is made up of 10 businesses spanning 6 countries across 3 continents, including: Octopus Energy Retail, Kraken Technologies, Octopus Energy Generation, Kraken Flex, Octopus Electric Vehicles, and the Octopus Centre for Net Zero. More on OEG @ octopusenergy.group
The Flexibility team sits inside the Octopus Energy group, where its sole purpose is to make the most of the renewables we already have, and drastically reduce the need for burning fossil fuels at times when renewables aren't so abundant. Flexibility unlocks massive potential for people like you and me to save and even earn money through their energy choices. It will also reduce the burden of potentially expensive infrastructure updates.
But what does ‘energy flexibility’ actually mean?
The eternal challenge of every energy system is how to keep the grid in balance: matching energy supply (the power from the generators) and energy demand (the power people and businesses are using) to ensure they're equal at any given moment. The energy grid needs to have the wiggle room (flexibility) to adapt easily when either supply or demand changes unexpectedly.This is really quite important: if things become unbalanced, there can be power cuts or system overloads which can damage grid infrastructure.
In systems designed for huge coal power plants, flexibility has been fairly simple. Whenever people need more power, we've just burned more dirty fossil fuels, and that's the system we've all been comfortable with for hundreds of years. With renewables, things aren't so simple. You can't just switch on the sun to meet energy demand whenever we need it.
At the same time, our energy needs have become more complicated, with electric cars, heat pumps, batteries and more becoming the norm.
At a glance the Flexibility team have already delivered a host of innovative projects, encouraging people to use power flexibly such as:
- Saving Sessions
- Smart tariffs like Intelligent Octopus Go
- Winter Workout
- CrowdFlex
- Equinox
About the role
We’re looking for someone to join the Flexibility data pod to help us use data to deliver new flexibility products, services and trials and improve and optimise our existing ones. . As an embedded data engineer you’ll take responsibility for building data pipelines, integrations, transformations and data applications to be used by our data analysts, scientists and the wider team. The ideal candidate will be comfortable working throughout the data stack from deploying infrastructure to writing SQL transformations and building data applications. As an embedded data engineer you’ll be working directly with the Flexibility team members to understand and deliver their requirements. This role will suit someone who likes to work directly on business problems, enjoys being part of a fast paced, iterative and sometimes messy environment and knows how to deliver to the right level of accuracy for the problem at hand.
This is your chance to make a big impact on a rapidly growing part of Octopus.
We run a modern cloud data platform made up of the below components:
- AWS cloud infrastructure
- Databricks Delta Lake for data lake and warehouse storage and querying
- dbt for data modelling and transformations
- Spark for large data processing
- Python data ecosystem as main scripting and analytics language
- Jupyter and Jupyter Hub for notebook analytics and collaboration
- Airflow for task scheduling
- Google Analytics, Amplitude and Firebase for client applications event processing
- Kubernetes for data services and task orchestration
- Github, Circle CI, Grafana and Prometheus for version control, deployment and monitoring