Canadian Solar Q2 Earnings Call Highlights — TradingView News

Canadian Solar CSIQ reported second-quarter 2026 revenue of $1.2 billion, reaching the high end of its guidance range, as stronger module shipments in the United States and accelerated energy-storage deliveries supported manufacturing performance. The company recorded a net loss attributable to shareholders of $77 million, or $1.40 per share, amid elevated freight costs and ramp-up expenses at its Jeffersonville, Indiana, solar-cell facility.

CEO Colin Parkin said Canadian Solar recognized revenue on 3.1 gigawatts of solar modules during the quarter and shipped 3.7 gigawatt-hours of energy-storage products, exceeding its storage shipment guidance. The company recognized revenue on 3.3 gigawatt-hours of storage solutions.

Gross margin was 13.9%, in line with management’s outlook. Parkin said profitability was affected by higher freight expenses tied to geopolitical uncertainty, as well as near-term costs associated with bringing the Jeffersonville facility into production. The manufacturing segment recorded an operating loss of $49 million.

U.S. Manufacturing Expansion and Backlog

Canadian Solar said its Jeffersonville plant is the first commercially operational heterojunction, or HJT, solar-cell manufacturing facility in the United States. Phase 1 of the facility is being ramped to 2.1 gigawatts of capacity and is expected to enter full-scale production on Oct. 1.

The company plans to begin installing equipment for Phase 2 before year-end, with total nameplate cell capacity at Jeffersonville expected to reach 6.3 gigawatts in 2027. Combined with Canadian Solar’s 10-gigawatt module plant in Texas, Parkin said the expansion would establish CSI Solar as one of North America’s largest integrated photovoltaic manufacturers.

Canadian Solar has secured more than 13 gigawatts of contracted backlog for domestically manufactured HJT and TOPCon n-type bifacial modules, with deliveries scheduled through 2029. Management said the backlog has a value exceeding $4.5 billion and includes agreements with U.S. utilities, independent power producers, developers and engineering, procurement and construction providers.

Parkin said nearly half of quarterly module volume was shipped to North America. He also said freight costs should decline as the company expands production in the region, reducing its dependence on overseas shipping. While freight costs are incorporated into contracts, Parkin said domestic manufacturing should reduce logistics costs over time.

Storage Deliveries and Data-Center Demand

Canadian Solar’s e-STORAGE unit delivered energy-storage systems to utility-scale projects in North America, Europe, the Middle East and Africa, Asia-Pacific, and Latin America. The company said storage results exceeded guidance because deliveries accelerated for two projects in the U.S. and Canada.

At quarter-end, e-STORAGE’s contracted backlog stood at $3.5 billion, including long-term service agreements covering 34 gigawatt-hours of projects. Parkin said demand associated with data centers is moving from discussions toward contracted opportunities.

Earlier in the year, e-STORAGE secured a contract with a major U.S. utility for a 500-megawatt, 2.5-gigawatt-hour direct-current project intended to support data-center grid infrastructure and resilience. Management said battery storage can help data centers address power availability and grid stability by increasing utilization of existing transmission infrastructure and responding to changes in electricity demand.

The company said its storage offering includes internally produced battery cells, the SolBank platform, power-conversion equipment, energy-management controls, engineering and commissioning services, and long-term service agreements.

Recurrent Energy Results and Portfolio Actions

Recurrent Energy, Canadian Solar’s project development business, generated $117 million of second-quarter revenue. CEO Dylan Marx said revenue declined sequentially because several project sales shifted into the second half of the year, though electricity sales increased following the commercial operation of a large solar asset in Spain.

Recurrent Energy reported an operating loss of $19 million, reflecting muted project sales and a $24 million impairment charge associated with an upcoming Latin American project sale.

During the quarter, Recurrent Energy brought a 426-megawatt solar asset in Spain into commercial operation and connected the 150-megawatt Carwarp project in Australia, which is supported by a long-term power purchase agreement with Microsoft. The unit also closed a $695 million construction financing and tax-equity package for its 330-megawatt Cobalt solar project in California. MUFG and NORD/LB provided construction loans, while Wells Fargo provided tax equity.

As of June 30, Recurrent Energy had secured grid interconnections for about 6 gigawatts of solar and 13 gigawatt-hours of storage projects globally, excluding operating projects. Its total development pipeline included nearly 22 gigawatts of solar and 84 gigawatt-hours of storage.

Marx said Recurrent Energy is pruning lower-margin opportunities, including scaling back its Europe, Middle East and Africa pipeline after reviewing permitting, technical and commercial viability. The company expects to selectively monetize operating, construction-stage and development assets in the second half to recycle capital, improve financial flexibility and address leverage.

Balance Sheet, Policy and Outlook

Chief Financial Officer Xinbo Zhu said operating cash flow was negative $181 million in the second quarter, primarily due to working-capital changes. Total assets rose to $16.1 billion, while total debt increased to $7.1 billion, mainly because of non-recourse construction financing for U.S. solar and storage projects under Recurrent Energy.

Capital expenditures were $172 million in the quarter, largely directed toward U.S. manufacturing initiatives. Canadian Solar expects full-year 2026 capital expenditures of approximately $1.3 billion, including spending on Jeffersonville’s second phase, expanded module capacity in Mesquite, Texas, and an energy-storage facility in Southeast Asia. The company ended the quarter with $1.9 billion in cash.

Management also discussed the Trump administration’s Section 232 announcement related to imported polysilicon and derivative products. Parkin said the company views the policy direction as supportive of domestic manufacturing and expects it to strengthen U.S. solar pricing. Thomas Koerner, Corporate Senior Vice President, said the stated value of the company’s 13-gigawatt domestic-module backlog does not yet include potential Section 232-related adjustments.

For the third quarter, Canadian Solar expects to recognize revenue from 3.5 gigawatts to 3.8 gigawatts of module shipments and deliver 3.4 gigawatt-hours to 3.8 gigawatt-hours of energy storage. Revenue is projected at $1.3 billion to $1.5 billion, with gross margin expected between 13.5% and 15.5%.

The company reiterated full-year U.S. shipment guidance of 6.5 gigawatts to 7 gigawatts of modules and 4.5 gigawatt-hours to 5.5 gigawatt-hours of energy storage. Parkin said Canadian Solar expects U.S. solar and storage volumes to increase sequentially in each remaining quarter of 2026.

About Canadian Solar CSIQ

Canadian Solar Inc CSIQ is a global renewable energy company that specializes in the design, development and manufacturing of solar photovoltaic (PV) modules and system solutions. Founded in 2001 and headquartered in Guelph, Ontario, the company has grown to become one of the world’s largest solar module suppliers. Canadian Solar offers a comprehensive portfolio of products, including mono- and multi-crystalline solar cells and modules, as well as advanced energy storage and system integration solutions tailored for residential, commercial and utility-scale applications.

In addition to manufacturing solar components, Canadian Solar provides end-to-end services encompassing project development, engineering, procurement and construction (EPC), as well as operations and maintenance.

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Manufacturers Take Unlawful EPA Air Standard Fight to Supreme Court

New NAM Analysis Finds Rule Threatens Nearly $1 Trillion in Manufacturing Investment and More Than 122,000 American Jobs

Washington, D.C. – Today, the National Association of Manufacturers joined a coalition of leading business groups in filing a petition for certiorari asking the U.S. Supreme Court to review and reverse the D.C. Circuit’s decision allowing the Environmental Protection Agency’s unlawful and unworkable air quality standard for fine particulate matter, or PM2.5, to stand.

“The Biden administration took an unlawful regulatory shortcut to impose an unworkable air standard that makes it harder to grow manufacturing in America and create well-paying jobs,” said NAM Chief Legal Officer and Corporate Secretary Linda Kelly. “Manufacturers have fought this rule from the beginning because the consequences for investment, growth and American competitiveness are enormous: investment, jobs and America’s ability to compete.

“In 2025, the EPA under the Trump administration agreed, asking the court to vacate the new PM2.5 standard and echoing manufacturers’ concerns that the previous administration had exceeded its authority.

“Yet, the D.C. Circuit allowed the rule to stand, relying on a legal argument the previous administration never invoked to defend its actions. An agency cannot simply disregard the substantive safeguards required by Congress to impose a sweeping new regulatory burden—and a court should not rescue an unlawful rule with an argument the government never raised.

“Manufacturers need the ability to obtain permits, expand operations, modernize facilities and invest in communities across the country. This standard puts those investments and the jobs they support at risk.”

In 2024, the EPA lowered the National Ambient Air Quality Standards for PM2.5 from 12 micrograms per cubic meter to 9. According to new NAM analysis, a standard of 9 threatens at least 474 manufacturing projects announced in the United States since Jan. 1, 2025—representing nearly $1 trillion in investment and more than 122,000 American jobs.

Background:

The Clean Air Act requires the EPA to conduct a thorough review of the NAAQS every five years to determine whether existing standards should be retained or revised. Following a complete review in 2020, the EPA retained the PM2.5 standard of 12 micrograms per cubic meter.

The previous administration subsequently reopened that completed review and in 2024 lowered the standard to 9 micrograms per cubic meter. The NAM and seven leading business groups challenged the rule in the D.C. Circuit, arguing that the EPA lacked authority to revise the standard through an off-cycle reconsideration without conducting the thorough review required by the Clean Air Act.

In November 2025, the EPA reversed the federal government’s position in the litigation and asked the D.C. Circuit to vacate the rule, agreeing with the NAM that the previous administration had used an unlawful regulatory shortcut.

On June 26, 2026, the D.C. Circuit nevertheless upheld the rule, concluding that the EPA could revise the standards outside the five-year review cycle without completing a thorough review. In reaching that conclusion, the court relied on a provision of the Clean Air Act that the previous administration had not invoked in defending the rule.

-NAM-

The National Association of Manufacturers is the largest manufacturing association in the United States, representing small and large manufacturers in every industrial sector and in all 50 states. Manufacturing employs nearly 13 million men and women, contributes $3 trillion to the U.S. economy annually and accounts for nearly 52% of private-sector research and development. The NAM is the powerful voice of the manufacturing community and the leading advocate for a policy agenda that helps manufacturers compete in the global economy and create jobs across the United States. For more information about the NAM or to follow us on Twitter and Facebook, please visit www.nam.org.

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Wind Manufacturing and Supply Chain

The U.S. wind market has a complex supply chain. There are more than 500 U.S. manufacturing facilities specializing in wind components such as blades, towers, and generators, as well as turbine assembly across the country. Since 1999, the average generating capacity of newly installed wind turbines has more than doubled to 3 MW.

Advancements in composite materials, automation, and more efficient manufacturing processes have helped domestic manufacturers dramatically increase productivity throughout the past decade. The wind supply chain that has developed in the United States has increased the domestic content of wind turbines installed in the United States, with over 80% of nacelle assembly and up to 70% of tower manufacturing occurring in the United States for turbines installed here.

As the size and complexity of wind turbines grow, so do the manufacturing process requirements and component transportation costs, which in turn increase the need for local manufacturers who can overcome technical and logistical challenges. The average utility-scale wind turbine contains roughly 8,000 parts, including blades up to 100 meters (over 300 feet) in length and towers around 94 meters (308 feet) high, roughly the height of the Statue of Liberty. New towers are being made even taller to capture stronger winds at higher elevations.

In February 2022, DOE released a series of reports on American manufacturing supply chains, reviewing both the obstacles to a reliable supply of key materials and opportunities for improvement. 

The wind report covers components, processed and raw materials, recycling, digital products, and the wind industry workforce. It discusses U.S. wind industry competitiveness, includes a supply-chain risk assessment, and lists opportunities for private-sector collaboration to address vulnerabilities and enhance competitiveness.

The open-source Renewable Energy Materials Properties Database, released in August 2023, provides a comprehensive compilation of the type, quantity, country of origin, source, significant uses, projected availability, and physical properties of materials used by wind (as well as solar) power technologies. 

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