Hoku Corporation (HOKUQ)

Overview

Hoku Corporation, originally established as Hoku Scientific, Inc., transitioned its name in March 2010, marking a new era in its corporate identity. Founded in 2001 and based in Honolulu, Hawaii, the company positioned itself as a key player in the solar energy sector within the United States. Hoku Corporation dedicated its operations to the production and supply of solar energy products and services, leveraging the abundant solar resources. The company’s emphasis on creating value through the manufacturing of polysilicon, a crucial component in photovoltaic (PV) modules, underscored its role in the renewable energy landscape. In addition to material production, Hoku Corporation expanded its offerings to encompass the design, engineering, and installation of turnkey PV systems, catering to the specific needs in Hawaii. However, the journey faced a significant turn when, on July 2, 2013, Hoku Corporation filed for liquidation under Chapter 7 in the U.S. Bankruptcy Court for the District of Idaho, marking an end to its operations.

Products and Services

• Polysilicon Manufacturing

Central to Hoku Corporation’s product line was polysilicon, a fundamental material in solar technology. This material plays a vital role in the construction of photovoltaic (PV) modules, serving as a key ingredient in converting sunlight into electricity. By focusing on the production of high-quality polysilicon, Hoku aimed to support the broader solar industry, enabling increased capacity and efficiency in solar power generation.

• Turnkey PV Systems

Hoku Corporation expanded its services beyond material production to include the design, engineering, and installation of complete photovoltaic systems. These turnkey solutions were tailored primarily towards the Hawaiian market, where solar energy presents a viable and sustainable resource. The company's turnkey systems were designed to provide end-to-end solutions, integrating solar modules sourced from third-party suppliers with professional installation and engineering services. This approach not only facilitated the adoption of solar energy but also ensured that projects were executed with expert oversight from conception through completion.