Entries for Science Synthesis Prize

Solid-state transformer is a promising solution to integrate large-scale renewable energy into AC/DC grid with high efficiency & low cost.

Superconducting quantum solar cells enhance grid resilience and efficiency, enabling scalable, stable renewable energy integration.

Celer Energy's hybrid tech merges Na-S batteries & graphene supercapacitors to boost grid stability & power renewables for a greener future.

Pasturevoltaics: using thin-film solar for smaller farms to cut energy costs, boost rural grid stability and enhance farming profitability.

This synthesis outlines challenges and opportunities in renewable integration, focusing on infrastructure, storage, and economic factors.

To better integrate renewable energy into our grid, we can use AI to better understand the climate change impacts on these systems.

Integration of renewable energy to the electric grid: Its drivers and barriers are discussed. Specs of a virtual smart grid are analyzed.

We aim to reverse rising temperatures and optimize solar energy for a more sustainable future - from space!

Organic conductors constitute flexible thermoelectric materials from performance enhanced organic polymers with charge transport properties.

Review on current status, opportunities and challenges of hydrogen technology and renewable energy systems in US southwest electrical grid

Innovating Tidal Energy: Scalable, Sustainable Power through Frezit Ocean’s Floating Turbines

FFW, Choir, Cascadia

This is a proposed design for solar generation, and storage at the megawatt scale in urban and rural areas.

Comprehensive analysis of renewable energy integration barriers, opportunities, and strategies for a resilient U.S. grid.

No matter wind energy or solar enenrgy, their terminal is energy storage.

The marriage of solar and blockchain technology holds immense potential to accelerate the transition towards a clean energy future.