Buildings to store energy using innovative concrete-based battery
Real Estate

Buildings to store energy using innovative concrete-based battery

Sweden's battery research by scientists focused on making batteries that can both store energy and serve as structural components for buildings.

The team demonstrated a novel cement-based battery that could allow for the construction of large structures made of functional concrete.

The study was carried out at the Chalmers University of Technology, where researchers were working on developing more environmentally friendly building materials, with a focus on concrete, the world's most widely used and energy-intensive material.

This novel concept is based on previous concrete-based battery designs that, according to the researchers, performed poorly in tests. They developed the rechargeable design, which they describe as a world-first concept, after much experimentation, and it appears to be promising.

The team's battery begins with a cement-based mixture that is similar to regular concrete but contains small amounts of short carbon fibres for flexural strength and conductivity. Two carbon fibre meshes, one coated in nickel to act as the battery's cathode and the other covered in iron to act as the anode, are also included in the mix. These transport electrons back and forth as the device is charged and discharged, acting as the battery's electrodes.

According to the team, the concrete-based battery has a 7Wh per square metre of material energy density, which is over ten-fold higher than previous concrete-based batteries. However, it is still far less powerful than commercial batteries, but because it is made of concrete, which can be scaled up to form massive structures, it may be able to compensate for this.

Image Source


Also read: Jamia Milia Islamia, AMU invent eco-friendly cement using waste

Also read: Magicrete introduces lightweight concrete ALC wall panels

Sweden's battery research by scientists focused on making batteries that can both store energy and serve as structural components for buildings. The team demonstrated a novel cement-based battery that could allow for the construction of large structures made of functional concrete. The study was carried out at the Chalmers University of Technology, where researchers were working on developing more environmentally friendly building materials, with a focus on concrete, the world's most widely used and energy-intensive material. This novel concept is based on previous concrete-based battery designs that, according to the researchers, performed poorly in tests. They developed the rechargeable design, which they describe as a world-first concept, after much experimentation, and it appears to be promising. The team's battery begins with a cement-based mixture that is similar to regular concrete but contains small amounts of short carbon fibres for flexural strength and conductivity. Two carbon fibre meshes, one coated in nickel to act as the battery's cathode and the other covered in iron to act as the anode, are also included in the mix. These transport electrons back and forth as the device is charged and discharged, acting as the battery's electrodes. According to the team, the concrete-based battery has a 7Wh per square metre of material energy density, which is over ten-fold higher than previous concrete-based batteries. However, it is still far less powerful than commercial batteries, but because it is made of concrete, which can be scaled up to form massive structures, it may be able to compensate for this. Image Source Also read: Jamia Milia Islamia, AMU invent eco-friendly cement using waste Also read: Magicrete introduces lightweight concrete ALC wall panels

Next Story
Technology

Rodic Digital & Advisory partners SatSure to deploy EO intelligence in public sector

Rodic Digital & Advisory (RDA), the strategic advisory and digital transformation arm of Rodic Consultants, has signed a strategic cooperation Memorandum of Understanding (MoU) with SatSure to jointly pursue opportunities in India’s public sector. The collaboration aims to integrate high-resolution Earth Observation (EO) data and geospatial AI into government workflows to strengthen monitoring, compliance, and operational decision-making across key sectors.The partnership combines SatSure’s Earth intelligence capabilities with RDA’s expertise in government digital transformation and ..

Next Story
Real Estate

Neoterra Developments breaks ground on ELMORA at Jumeirah Garden City

Neoterra Developments has officially commenced construction of its upscale residential tower, ELMORA, at Jumeirah Garden City following a groundbreaking ceremony held in Dubai. The developer confirmed that the project is scheduled for completion in February 2028 and also announced its next residential development in Dubai Production City, which is expected to be launched in Q2 2026.ELMORA, valued at approximately AED 130 million in gross development value (GDV), is being developed in collaboration with GRID, which has been appointed as the project’s Development Lifecycle Management (DLM) par..

Next Story
Real Estate

Bent Collective Unveils Sculptural Papillon Sofa

Bent Collective has introduced the Papillon Sofa, a sculptural seating piece that combines artistic design with everyday comfort. Defined by a fluid silhouette, the sofa features a gently curved backrest, asymmetrical form, rounded seating, a single rolled arm and sleek legs, creating a soft yet expressive presence for contemporary interiors. Upholstered in a soothing blue tone, the Papillon Sofa is designed to bring a sense of calm, movement and visual lightness to living spaces. Its organic form moves away from rigid lines, reflecting the brand’s focus on furniture that is both i..

Advertisement

Subscribe to Our Newsletter

Get daily newsletters around different themes from Construction world.

STAY CONNECTED

Advertisement

Advertisement

Advertisement