Mission Solar has Confirmed the Production Expansion of 1 GW of Solar Panels Built in the USA

The company intends to increase its manufacturing capacity by 300 MW instantly and to expand annual production to 1 GW by 2024.

The most recent announcement from Mission Solar of made-in-USA clean energy manufacturing made a wave, which mentions an additional 1 GW of solar panel production capacity by 2024. The first phase of the buildout will start from a 300 MW annual production line that will be expended in Q4 2022.

Mission Solar has been providing U.S.-made solar modules from its 246,000-square-foot Texas facility for ten years, and it now sets its sights on expansion as the energy transition ramps up in the US.

For ten years in a row, Mission Solar has been supplying U.S.-made solar modules from its 246,000-square-foot Texas site, and it now focuses on growth as the energy shift in the United States accelerates.

The current supplies of the country capture Residential, commercial, and utility-scale applications. With its 19.8% efficiency, the company provides a 72-cell, 435 W utility-scale module. It also has a 66-cell 400 W module, especially for residential and commercial applications, with 19.9% efficiency.

Mission Solar’s parent enterprise, OCI Company, based in Seoul, South Korea, will supply the polysilicon for the modules. The company shared its pride and feelings for a high-quality product consisting of parts sourced through a diligent and responsible supply chain.

Since the Inflation Reduction Act’s (IRA) implementation, demand for solar panels built in the United States has rapidly risen. The act covers both project-based and production-based incentives, some of which demand minimum amounts of domestic content to be eligible for full credit value.

Jae Yang, president, and chief executive officer of Mission Solar, stated that solar energy currently accounts for only 4% of the electricity flowing into American energy infrastructure. However, the “Solar installation levels are predicted to quadruple by 2035 compared to now.   By 2035, the United States wants solar energy to account for 40% of all its electricity. There are incredibly exciting prospects for us as a company. We will recruit highly motivated team members to help us create a greener future.

The IRA also places a lot of emphasis on supporting a US supply chain. Direct tax credits support every stage in the supply chain for modules and essential balance-of-system elements and energy storage. Major IRA manufacturing provisions are as follows:

  • $30 billion in production tax credits will be used to speed up the domestic manufacture of batteries, wind turbines, solar panels, and other essential minerals processing
  • A $10 billion investment tax credit to develop green technology manufacturing facilities, such as those that produce solar panels, wind turbines, and electric vehicles.

Incentives based on modules consist of:

  • Credit for manufacturing: 100% credit through 2029, 75% credit in 2030, 50% credit in 2031, and 25% credit in 2032.
  • The cost per crystalline and thin-film photovoltaic cell in Wdc is $.04.
  • Solar-grade polysilicon costs $3/kg.
  • Polymeric back sheet: $0.04 per square meter.
  • Solar module: Wdc capacity at $0.07 per module.
  • Photovoltaic wafer: $12 per square meter.

Additional incentives for PV-related manufacturing include:

  • Tube for torque: $0.87/kg.
  • Fastener for structures: $2.28/kg.
  • Central Inverters: $0.0025 per Wac of capacity
  • Microinverter: $0.11 per capacity on Wac.
  • Battery module: $10 per battery module capacity kWh.
  • Critical mineral: 10% of costs incurred.
  • Battery cell: $35 per battery cell capacity kWh.
  • Inverter for commercial use: $0.015 per Wac of capacity.
  • Home inverters: $0.06 per Wac of capacity.

This is the first time in several decades we have such concrete policies to support both the use of solar energy and the manufacture of solar products right here in the USA. According to Michael Parr, executive director of the Ultra-Low-Carbon Solar Alliance, this law is a significant step toward energy independence. It catalyzes the development of a sustainable, robust low-carbon solar supply chain by encouraging the urgently required expansion of domestic solar manufacturing.

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