Alight Powers H&M with New Swedish Solar Park

• Alight powers H&M's green future with a 6-MWp solar park, advancing sustainability and renewable energy goals in Sweden.

Alight, a Swedish solar developer and power producer, has launched a 6-MWp solar park in Sweden. This facility will provide green electricity to the fashion retailer H&M Group, supporting its sustainability goals.

The solar park's activation marks a significant step in H&M's commitment to renewable energy and reducing its carbon footprint. Alight's project aligns with the growing trend of companies investing in clean energy solutions to power their operations.

How Does Alight's New Solar Park Support H&M's Sustainability and Renewable Energy Goals?

• Renewable Energy Commitment: The solar park helps H&M move closer to its goal of using 100% renewable energy across its operations, aligning with its broader sustainability strategy.
• Carbon Footprint Reduction: By sourcing electricity from the solar park, H&M can significantly reduce its carbon emissions, contributing to its target of becoming climate positive by 2040.
• Energy Independence: The partnership with Alight enhances H&M's energy independence, reducing reliance on fossil fuels and stabilizing energy costs.
• Sustainable Supply Chain: The solar park supports H&M's efforts to create a more sustainable supply chain by ensuring that a portion of its energy needs are met through renewable sources.
• Corporate Responsibility: This initiative demonstrates H&M's commitment to corporate social responsibility, showcasing leadership in environmental stewardship within the fashion industry.
• Innovation and Leadership: By investing in solar energy, H&M positions itself as a leader in sustainability, encouraging other companies in the fashion sector to adopt similar renewable energy practices.
• Community and Economic Impact: The solar park may provide local economic benefits, such as job creation during its construction and operation phases, while also contributing to Sweden's national renewable energy targets.