Energy transition

The path to net zero runs through smarter infrastructure – powered by sensors

Bridging the gap to net zero

The first step to understanding the challenges of the ongoing energy transition is, according to McKinsey, to be aware of the fact that it's mostly a physical transition. The goal is to replace physical high-emission assets with physical low-emission alternatives, like solarpanels, wind turbines or electric vehicles, while maintaining reliable performance.

But that alone isn't enough: It also requires building the necessary infrastructure and supply chains, including critical raw materials, manufactured components or battery energy storage systems. Tackling these physical obstacles will require unlocking substantial investment in low-emission technologies, like sensor-technology.

Resilient gas metering - today and beyond

Renewable gases such as hydrogen and biogas play an increasingly vital role in the global energy transition, offering cleaner alternatives to traditional fossil fuels. While natural gas is gradually phased out or blended with these renewable gases, a Sensirion meter can stay in the field without modifications. Furthermore, the increasing variability in gas compositions makes fair and accurate billing a challenge. Sensirion’s thermal-mass technology provides the basis for futuristic energy metering and enables to accurately estimate the calorific value of gas. More on gas metering can be found here.

Monitoring batteries, protecting systems

A rising implementation of battery packs in appliances indicates the necessity of battery management systems. Battery management systems ensure reliable performance and safety of battery packs, enabling better integration of renewable energy into modern applications. The ability to reliably detect failure modes in the battery pack, such as electrolysis, leakage, initial venting, or thermal runaway, is crucial. One affected application is electric vehicles. Sensirion automotive sensors support in designing systems, that can detect previously mentioned failures while also making sure various regulations worldwide are met. To discover more on electric vehicle safety, click on the link below.

Safety of electric vehicles

25%
expected annual growth of global battery demand until 2030
50%
of new vehicles will be zero-emission by 2030 (US)

Intelligent energy storage for dynamic demands

Energy storage systems enable flexibility and the use of renewable energy. Inside typical energy storage systems you'll find lithium-ion batteries. They have become the most popular choice due to their key role in supporting carbon neutrality and their electric performance. However, they carry the risk of thermal runaway — a dangerous condition that can cause fires and damage valuable equipment. Sensirion gas sensors can detect thermal runaway early, especially in utility-scale systems. This early warning helps prevent fires, reduces damage, and allows operators to take quick corrective action — like replacing a faulty module — so the system can return to service faster.