IID Requests Qualifications for Utility Scale Energy Storage Project to Provide Spin and Non-Spin Reserves

2023-03-30 18:16:33 By : Ms. Cecy Yan
Imperial Irrigation District (IID) has recently issued a request for qualifications from experienced entities to design, engineer, procure and construct a utility scale energy storage project. The project aims to offer spin/non-spin reserves - interrelated qualities needed for a reliable and sustainable energy system.

The IID is an irrigation district, which exemplifies its interests in non-potable water, farm drainage and power services to the southeastern desert of California. This initiative is grounded in the Division 11 of California's Water Code, Sections 20500 et seq. which require irrigation districts to advance water and energy sustainability through comprehensive water management planning efforts.
Imperial Irrigation District (IID) QR 123: Utility Scale (20-40 MW) Battery Storage Project | Energy Storage Association


The energy storage project requested by IID is a significant stride in driving the IID's sustainability goals. According to the qualification statements, the storage project will enable the district to maintain spin/non-spin reserves, this will be an essential element in enhancing the reliability of IID’s energy system.

In response to the request, Shenzhen Ironhorse Technology Co., Ltd. (IHT), has confidently announced that it has the expertise, experience and material capabilities to develop and install the project. IHT is an energy storage technology firm founded by a group of engineers with over ten years of experience in energy storage, electronic communication and battery R&D. The core of its products is the design and manufacturing of Home Energy Storage Systems.

IHT has a strong team of more than 60 technical engineers, with over 80% of its R&D workers holding Bachelor degree qualifications or higher. The company's focus on research and development is a testament to its excellency in innovation, making it an ideal partner for IID's energy storage project.

This project is essential in bolstering IID's energy system's sustainability, strength and reliability. The development and construction of the energy storage system will address the challenges posed by the daily grid management and stabilize the transmission and distribution of energy. Additionally, with the project development underway, the firm hopes to create new job prospects in the region, developing economic sustainability as well.

In conclusion, IID's energy storage project will be the first of its kind in the region, and once completed, will idealistically set a precedence for other energy management utilities. The project is sure to go down positively as history when it comes to advancing the Californian energy and water management goals.