Sustainability

Empowering Climate Action with Second Life Energy Storage

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At the forefront of sustainable energy solutions, Modual Energy is reshaping the narrative by extending the life of batteries, making substantial strides in climate protection. This narrative explores the multifaceted contributions of Modual towards fostering a greener and more sustainable future.

Sustainability

Empowering stationary energy storage

Modual Energy pioneers the integration of Second-Life batteries into stationary energy storage systems, championing a shift towards greater reliance on renewable energy.

This strategic move directly addresses the reduction of greenhouse gas emissions, as the rejuvenation of batteries prolongs their usefulness in supporting a more climate-friendly energy generation model.

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Sustainability

Championing resource conservation and circular economy

Modual’s commitment to a circular economy is evident in its efforts to elongate battery lifespans. Beyond ecological benefits, this approach proves economically prudent. By curbing electronic waste and optimizing existing resources, Modual is driving positive change towards environmental sustainability.

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Sustainability

Revitalizing batteries for climate protection

Moduals Second-Life applications play a pivotal role in reducing battery waste and conserving valuable resources.

The reactivation and repurposing of batteries for stationary energy storage directly impact the need for new battery production, fostering a sustainable approach to energy and resource consumption and contributing significantly to climate protection.

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Sustainability

Innovation as the driver for sustainable practices

Through dedicated research and innovation, Modual is actively enhancing the efficiency and performance of Second-Life batteries.

This commitment lays the groundwork for continued advancements in utilizing existing battery resources for future sustainable energy solutions.

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CO2 Reduction by Modual

The reuse of Second-Life energy storage units proves to be a key player in CO2 reduction. Compared to storages with new cells, Second-Life solutions contribute to substantial savings, estimated to be around 50% or more. This equates to roughly 300 to 500 grams of CO2 per kilowatt-hour (g/kWh) of saved electricity.

A TWICE Second-Life energy storage unit requires approximately 150 – 250 kg less CO2 per kWh capacity compared to storages made from new cells. This signifies a significant leap towards a more sustainable and eco-friendly energy storage landscape.

The reuse of Second-Life energy storage units proves to be a key player in CO2 reduction. Compared to storages with new cells, Second-Life solutions contribute to substantial savings, estimated to be around 50% or more. This equates to roughly 300 to 500 grams of CO2 per kilowatt-hour (g/kWh) of saved electricity.

A TWICE Second-Life energy storage unit requires approximately 150 – 250 kg less CO2 per kWh capacity compared to storages made from new cells. This signifies a significant leap towards a more sustainable and eco-friendly energy storage landscape.

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Discover a new realm of possibilities with Modual Engineering Services. Collaborate with us to engineer a sustainable energy future. Here, innovation meets expertise to drive the success of your projects.

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