battery lca

Designed to support stakeholders in the energy storage and battery sectors, Battery LCA is a comprehensive platform for enhancing carbon competitiveness and reducing environmental impact. Our tool offers unmatched data granularity for material supply chains and diverse battery chemistries.

Already a user? Sign in or visit our resources


supply chain options


battery chemistries


cells modelled


Redefining Battery LCAs

A tool that enables accurate and precise LCAs for sustainable and circular batteries

Data Granularity

For a precise and accurate evaluation of the environmental impact of the materials across your battery value chain, our tool analyses a range of raw material data points - from materials and energy inputs to the specific regional grid mix for each step of the production process. - 40+ bespoke production routes - 200+ cell designs - 8 battery chemistries

Image depicting scenario analysis tool within the Battery LCA software

Scenario Analysis

Our tool supports the reduction of environmental impacts by assessing various production routes against those with the least impact, pinpointing hotspots by highlighting the most significant material and energy inputs in your process. Explore the benefits of integrating renewable energy, utilising lower-impact materials, and selecting the best geographic locations, all while bypassing the costs associated with research and development. With access to our extensive database and specialised industry expertise, you can enhance your company's strategic decision-making and take confident steps towards sustainability.

Sankey diagram from Battery LCA

High-Quality Database

Visualise the data from your entire battery value chain - from key battery raw materials to battery production. The data within the platform was built from a bottom-up approach, utilising a multitude of sources, including primary data collection, academic and institute reports and reputable background databases such as ecoinvent. Our data is trusted by hundreds of industry leading companies in the battery and energy transition sector. This approach ensures a high level of detail and accuracy, providing our users with reliable and actionable insights.

Security & support

Undivided Commitment to Privacy

We meticulously safeguard client data through stringent policies and protocols, ensuring absolute confidentiality and privacy in every interaction.

Robust Technological Shielding

Utilising advanced cybersecurity technologies, we provide a robust defence against potential breaches, encrypting all data in storage and transit to assure unmatched security and peace of mind.

Flexible Offerings

We tailor our packages to your exact needs, blending consultancy with multiple innovative technology solutions.

Automate the flow of data

We’re happy to work with you to integrate your data systems with our technology.

Ready to get started?


What is Minviro Battery LCA, and how does it work?

Minviro Battery LCA, also known as MineBIT, is an application designed for understanding the environmental impact of batteries using Life Cycle Assessment (LCA).

Who can benefit from Minviro Battery LCA?

Minviro Battery LCA is primarily intended for battery businesses that want to create environmentally responsible and regulation-compliant batteries.

What sustainability challenges does Minviro Battery LCA help address?

Battery LCA helps businesses address sustainability challenges by calculating the environmental impact of raw materials and conducting LCAs according to international standards and regulations.

What components and processes can be modelled using MineBIT?

Battery LCA allows users to model various components and processes in the battery value chain, including producing the cathode, anode, electrolyte, and assembling the cells and packs.

How detailed can my bill of materials be in Minviro Battery LCA?

Battery LCA enables users to create highly detailed bill of materials specifications, offering a more comprehensive approach compared to similar tools, ensuring thorough environmental assessments.

On the Blog

Explore more work
from Minviro

> View all blog posts

Join our newsletter