Greener is looking for a software developer who wants to join us in our mission to accelerate the use of sustainable energy. We are looking for a developer that communicates and collaborates well, balances development speed and technical depth and can build upon our existing stacks.
We are looking for a developer who wants to join us in creating our new web application that integrates all technologies and services around the mobile batteries that we rent out. From project administration to dashboarding, advanced energy planning, sustainability reports and the human- machine interface (HMI) on our battery container.
We are now setting up the project in React using material as a UI library, GraphQL and React Query for querying and caching to the Python backend. In the end, you should be the driving force behind the development of a stable and modern web app. The main focus will be on the frontend, but we are open to discuss the options to lean to full-stack if that suits your ambitions better. Together we want to create amazing tools and increase the role of our energy solutions in the worldwide energy transition.
+ MongoDB, SQL, and/or InfluxQL
+ Experience with Go and/or Python
+ Restful APIs and/or GraphQL
+ Docker creation and usage on day-to-day activities
+ Experience with Google Cloud Platform
+ Skilled in or affinity with UI/UX
+ Background knowledge about sustainability, energy and power
+ You're want to contribute to things that matter for society
Greener Power Solutions provides sustainable energy for the temporary energy market, by delivering large-scale batteries, energy forecasting and monitoring software. We aim to replace inefficient and polluting diesel generators at for example festivals and construction sites and cut down diesel consumption. The event industry has been our starting point, but we are increasingly delivering services to other markets and facilitate the energy transition in many aspects.
We are building an energy management system (EMS) which controls the components of a power supply system and are developing a human-machine interface (HMI) which our clients and service personal can use to operate the battery in the field and choose the right operational setting for each specific type of use. Our monitoring service provides our users with detailed insights from all the power sources in their energy system. Also, we are developing our own power planning software which forecasts the energy demand profile based on historical monitoring data and calculates the most optimal power source for every situation.