Environmental responsibility begins where the product does. Prime manufactures its own lithium-ion cells, keeping full control over material sourcing, energy inputs, and emissions from the first stage of production. Not at the deployed system. At the electrode.
Decarbonization Strategy
LIFECYCLE OPTIMIZATION
We engineer every system to perform at full capacity over a long operational life. Design decisions, from cell chemistry to system architecture, are made to extend that life. At the end of service, material recovery closes the loop on every unit we have produced.
CARBON REDUCTION
Every stage of production runs inside our own facility, operated by our own teams. We have direct visibility over energy consumption and process emissions, from electrode manufacturing through to final system integration. What we measure, we improve.
GRID DECARBONIZATION
Our systems are built to last. The longer a system performs at full capacity, the more renewable energy it enables, and the less room there is for fossil generation to fill the gap. That is the true impact of decarbonization.
Prime is built by people who understand what they are building. Every discipline, from cell chemistry to power electronics to system commissioning, is developed in-house by engineers and technicians who grow with the company. Background does not determine opportunity. Performance does.
We invest in our people because the quality of what we produce depends entirely on them. Excellence is not a standard we set for our products alone. It is what we expect from ourselves, and what we give back to every person who builds with us.
2030 Targets
Renewable Energy
75%
Manufacturing operations
Scalability
8.3 GWh
Annual production capacity
Market Presence
90+
Countries served
