Aerial view of Tesla Megapack batteries at the Helios energy storage site in snowy Sapporo, Japan.
Aerial view of Tesla Megapack batteries at the Helios energy storage site in snowy Sapporo, Japan.
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Tesla Megapacks enable new battery storage system in Japan

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A Tesla-powered battery energy storage system has begun commercial operations in Sapporo City, Hokkaido, Japan. The 50 MW/104 MWh Helios project, developed by Manoa Energy, uses Tesla's Megapack 2XL batteries to support Japan's grid. It operates as a merchant asset in wholesale, balancing, and capacity markets.

Manoa Energy announced the start of commercial operations for its Helios Battery Energy Storage System (BESS) on December 1, 2025, in Sapporo City, Hokkaido. The facility features 50 MW of power and 104 MWh of storage capacity, equipped with Tesla's Megapack 2XL utility-grade batteries. Construction began in April 2024, with engineering, procurement, and construction handled by HOKKAIDENKO Corporation. The project was developed in partnership with Brawn and HD Renewable Energy Japan.

Reports on the project's cost vary: one source estimates it at around $50 million, while others cite approximately $30 million. It marks the first standalone Extra High Voltage BESS asset for parent company Brawn and operates as a 100% merchant facility, participating directly in Japan's wholesale, balancing, and capacity markets without power purchase agreements.

Hokkaido's geographical isolation from Japan's main grid creates challenges for renewable energy integration, including high curtailment rates—Japan recorded 1.88 gigawatt-hours of renewable curtailment in fiscal year 2023, much in regions like Hokkaido. The Helios system aims to stabilize supply from solar and wind sources.

"Successful completion of our first standalone Extra High Voltage BESS asset emphasizes our commitment to sustainable infrastructure investment in Japan," said Scott Reinhart, CEO of Brawn. "Brawn will continue to develop our additional 1GW pipeline of Extra High Voltage and High Voltage assets throughout Japan, for commercial operations between 2026 and 2030."

Dean Cooper, Head of Manoa Energy and COO of Brawn, added: "Japan’s energy storage sector is experiencing rapid acceleration, positioning Japan among the world’s most dynamic energy storage markets. Manoa Energy is excited to be part of Japan’s energy transition momentum, as the country emphasizes battery energy storage systems as a strategic priority for its critical energy infrastructure."

This deployment builds on Tesla's prior projects in Japan, including a 6 MWh test and a 43 MWh system in Hokkaido, with a 548 MWh project in development. Japan's BESS market is projected to grow from $593 million in 2023 to $4.15 billion by 2030.

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X discussions highlight the launch of Tesla's 50MW/104MWh Helios Megapack project in Sapporo, Japan, as a key advancement in grid storage. Tesla enthusiasts praise rapid global expansion, high margins, and energy reliability in cold climates. Industry accounts report merchant market operations. Sentiments are overwhelmingly positive with optimism for future scaling; minimal skepticism noted.

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Aerial photo of Tesla Megapack battery storage site in Eccles, Scotland, enhancing UK grid with renewables.
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Tesla wins $275 million Megapack order for Scottish grid project

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Tesla has secured a $275 million order for its Megapack battery systems from Matrix Renewables to build a 500 MW/1 GWh energy storage facility in Eccles, Scotland. This marks Matrix's first standalone battery project in the UK and aims to enhance grid flexibility and renewable energy integration. The deal underscores growing demand for large-scale storage solutions amid the UK's clean energy transition.

Akaysha Energy has activated its 205 MW/410 MWh Brendale Battery Energy Storage System in Queensland, Australia, nearly five months ahead of schedule. The facility, powered by Tesla Megapack 2 technology, connects to Brisbane's South Pine substation and supports the region's energy needs ahead of the 2032 Summer Olympics. It provides energy arbitrage, frequency control services, and enhanced grid stability through grid-forming capabilities.

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Tesla has secured a $170 million order to supply 168 Megapack units for a 150 MW/600 MWh battery energy storage system at TagEnergy's Golden Plains Wind Farm in Victoria, Australia. The project will pair the southern hemisphere's largest wind farm with onsite storage to enhance grid reliability. Construction is set to begin early next year, with completion expected in mid-2027.

Tesla's advanced battery technologies, including Powerwall and Megapack systems, are playing a key role in stabilizing renewable energy grids and reducing carbon emissions. Innovations in 2025, such as the Megablock platform and virtual power plants, have enabled significant clean energy output and grid support operations. These developments address intermittency issues in solar and wind power while promoting sustainability through recycling and ethical sourcing.

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Tesla reported a record 14.2 GWh of energy storage deployments in the fourth quarter of 2025, up 29% from the previous year, even as its electric vehicle deliveries fell 16%. The company's energy business, including Powerwall and Megapack products, continues to show strong growth and profit margins. CEO Elon Musk highlighted the long-term potential of energy storage and solar integration.

Publicly-owned CleanCo Queensland has opened the Swanbank battery energy storage system (BESS), a 250MW/500MWh facility using Tesla Megapack technology at the decommissioned Swanbank B coal power station site in Ipswich, Australia. Funded at AU$330 million (US$214 million), the project repurposes retired infrastructure to support renewable energy integration and grid stability.

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Following the initial announcement of its Colossus 2 supercomputer, xAI has shared a photo of approximately 420 Tesla Megapacks—valued at $400 million—installed at the Memphis facility, marking the world's largest energy storage system.

 

 

 

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