Materials

High-Purity Materials for Perovskite Solar Cells

In the world of next-generation solar cell research, the quality of materials is one of the most decisive factors for the success and reliability of developed solutions. Homerun Energy positions itself as a strategic partner for universities, research centers, and cutting-edge companies by offering a curated selection of ultra-pure chemical materials dedicated to the production of perovskite solar cells.

Our materials are carefully selected and developed to ensure maximum purity, high reproducibility, and compatibility with the latest deposition and fabrication technologies. Whether iodides, bromides, chlorides, functional pastes, or DSSC dyes, Homerun Energy provides reliable solutions that meet the industry’s highest standards. We are committed to supporting research and the development of efficient, stable, and scalable solar devices, contributing significantly to the global advancement of photovoltaic energy.

Alkylated Iodides

Methylammonium iodide
Formamidinium iodide
Guanidinium iodide
Phenethylammonium iodide

Alkylated Bromides

Methylammonium bromide
Formamidinium bromide

Alkylated Chlorides

Methylammonium chloride
Formamidinium chloride

Thiocyanates

Formamidinium thiocyanate

Cobalt Complexes

Significantly enhance your photovoltaic cell performance with Homerun Energy’s high-purity cobalt complexes. These compounds are designed to improve photovoltage and energy conversion efficiency in both liquid electrolyte and solid-state photovoltaic devices.

Unlike traditional triiodide-based redox systems, our cobalt complexes provide superior performance, particularly under low-light or indoor conditions. They help extend device lifespan and power output stability, making them ideal for cutting-edge solar cell research.

FK102 Co (III) PF6
FK209 Co (III) TFSI

Pastes and Components

Homerun provides specialized pastes designed for consistent, high-quality film deposition:

Pt Paste: Ideal for screen printing transparent layers with high electrocatalytic activity.
Blocking Layer (BL) Paste: Produces compact and uniform layers for n-type blocking applications.
Carbon Paste: Excellent conductor for connecting perovskite layers.
Transparent TiO₂ Paste: Produces transparent titania films with optimal porosity.

Dye-Sensitized Solar Cells (DSSC)

N719 Industry Standard Dye: A benchmark in dye-sensitized solar technology, N719 offers superior photovoltaic performance by increasing open-circuit voltage and enhancing light absorption. Its optimized molecular structure ensures high solubility, excellent thermal and photochemical stability, and consistent energy conversion efficiency across various device configurations. Often referred to as the industry’s “workhorse dye,” N719 is ideal for both academic research and commercial-scale DSSC applications.

All Homerun materials stand out for their exceptional purity—reaching up to 99.999%—combined with high reproducibility, consistent performance across batches, and comprehensive chemical characterization that ensures reliable and traceable results in advanced solar research.