| Role | Site Reliability Engineer |
|---|---|
| Start date | ASAP |
| Length | CDI |
| Reporting to | Platform Engineering Manager |
| Department | Platform |
| Location | Paris, France |
| Remote work | Flexible |
During COP 28, Governments committed to tripling World's installed renewable generation capacity by 2030. Meanwhile, trading and balancing markets are still adjusting to current installed capacity, with prices reaching record negative levels due to oversupply from these same renewable assets, making the business case for renewables challenging today.
Eclipse was founded on the belief that green and local energy storage will be critical to realizing these ambitions. Eclipse builds, owns, and operates utility scale Battery Energy Storage Systems (“BESS”). We also optimize third-party batteries using ML-driven models to maximize profits in trading, balancing, and ancillary markets. Through active electricity trading, we capitalize on price volatility, support grid stability, and enhance renewable energy integration, delivering value to our clients.
Our goal is to provide Transmission System Operators (TSOs) and Independent Power Producers (IPPs) with the flexibility required to rapidly integrate renewables into the mix, while maximizing profit generation through real-time ML-based optimization of the battery in the traded electricity markets.
Founded by a team of experts in the power trading and power infrastructure fields. We use advanced technologies and data to improve battery optimization.
As a Site Reliability Engineer (SRE) within the platform team, you will play a pivotal role in supporting Eclipse’s growth and technical operation. This position offers a unique opportunity to work on a wide range of topics: infrastructure management, networking, delivery pipeline, software reliability, incident management and more.
You will contribute to many parts of Eclipse infrastructure including cloud configuration, deployment pipelines and security tooling. You will build automation that ensures the level of reliability required to keep the electricity grid safe from outages.