Solar Technology Engineered by Chemistry

Lightweight photovoltaic solutions for SmallSat systems

Solar Technology Engineered by Chemistry

Lightweight photovoltaic solutions for SmallSat systems

Advanced Solar Technology for Space

At SantakaPV, we develop lightweight and durable perovskite photovoltaic solutions designed for integration into Small Satellite power systems and consumer electronics.

Lightweight

Optimized for high power-to-weight ratio in SmallSat systems.

Engineered by Chemistry

Engineered for durable performance through molecular-level materials design.

Integration-Ready

Designed for integration into SmallSat power modules.

Target Applications

Developing perovskite photovoltaic technology for integration into advanced space systems and next-generation consumer electronics, blending research with scalable innovation.

Consumer electronics

Parallel research explores ultra-thin perovskite photovoltaic layers for integration into emerging portable and lightweight electronic devices.

Current work investigates materials stability, scalable fabrication approaches, and integration pathways for embedded energy solutions beyond conventional silicon-based technologies.

Space systems

Ongoing R&D focuses on lightweight perovskite photovoltaic architectures for integration into Small Satellite power modules and future orbital platforms.

Research activities include materials optimization, interface engineering, and device architecture development targeting high power-to-weight performance in space-relevant environments.

A team member holding a compact perovskite panel designed for IoT devices.

Our Technology

SantakaPV develops next-generation perovskite photovoltaic architectures engineered through advanced materials science and interface design.

Materials Design

We design and optimize functional materials for perovskite-based photovoltaic systems, focusing on charge transport layers, molecular engineering, and structural stability.