EJSIIResearch AreasEnergy, Materials & Sustainable Technologies
Research Area

Energy, Materials & Sustainable Technologies

Research on energy conversion, storage, smart energy systems, materials, nanomaterials, sustainable materials, and integrated technologies that advance efficiency, performance, durability, or environmental sustainability.

Scope Guidance

What We Publish

Submissions in this area should make a clear scientific, engineering, computational, analytical, or interdisciplinary contribution. Suitable research includes:

01

Renewable energy systems, solar, wind, hydrogen, bioenergy, and hybrid energy technologies.

02

Energy storage, batteries, supercapacitors, thermal storage, and materials for storage applications.

03

Smart grids, energy management, power-system optimization, and intelligent energy control.

04

Functional, smart, composite, nano, structural, and sustainable materials.

05

Materials informatics, computational materials science, processing-property relationships, and data-driven materials discovery.

06

Low-carbon technologies, energy-efficient processes, thermal-management materials, and circular materials systems.

Illustrative Examples

Example Research Directions

The examples below illustrate the type and level of research that can fit this area. They are examples, not a closed list.

Data-driven prediction of battery degradation under variable operating conditions
Thermal-management materials for high-power energy systems
Materials-informatics screening of sustainable functional composites
Multi-objective optimization of hybrid renewable energy systems
Experimental evaluation of next-generation thermal energy storage materials
AI-assisted fault detection in smart-grid energy converters
Scope Boundaries

Generally Not Suitable

×

Material synthesis reports with incomplete characterization or no scientific interpretation.

×

Energy-system simulations without validation, comparison, or meaningful insight.

×

Commercial product performance claims without independent scientific evaluation.

Important: A manuscript is assessed by its actual research contribution and scope fit, not only by its subject label. Borderline interdisciplinary work may still be suitable when the scientific or technological contribution is clear.
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