Energy Digest

Canada is investing heavily in clean energy, with notable projects including the largest clean energy investment in North American history, household demand response partnerships for data centers, and the launch of a new battery factory. Several companies are also securing significant funding to accelerate growth in their renewable energy businesses. These investments signal a growing commitment to reducing carbon emissions in Canada.

The POWEROAD energy storage system has been successfully operating for over 800 days at an altitude of 5,200 meters above sea level in Tibet's North Everest Base Camp, providing reliable backup power to scientific research. The system was engineered and tested to overcome extreme environmental challenges such as reduced air density, cold temperatures, and high winds. Its performance has closely matched the defined requirements during engineering, supporting continuous optimization of BMS algorithms.

PJM Interconnection's 67 million customers in 13 states face higher utility bills due to insufficient power plant capacity, a problem exacerbated by unrelenting political pressure and an inability to build enough new clean power sources. The country's biggest energy market struggles to meet electricity demand with current infrastructure. PJM is under pressure from blue-state lawmakers seeking more renewable energy options.

Invinity Energy Systems has awarded a contract to an engineering, procurement and construction (EPC) partner for a 2.1GWh vanadium redox flow battery energy storage project in Laufenberg, Switzerland, marking the project as a "landmark" scale energy storage installation. The project is expected to feature the company's gigawatt-hour-scale VRFB technology.

The European long-term power purchase agreement (PPA) market experienced a 2.3% rise in July, with Great Britain and Italy recording the largest monthly increases, while prices declined in markets with high levels of renewable energy penetration such as the Nordic countries, Spain, and Portugal. The fluctuations were driven by energy market volatility, gas price movements, and varying levels of renewable energy penetration. Twenty-four PPAs representing 1.1 GW of contracted capacity were announced across Europe in July.

NVIDIA is partnering with Cloverleaf Infrastructure to advance data center development, leveraging Cloverleaf's power sources and site infrastructure to support the growth of digital infrastructure. The strategic partnership aims to accelerate the adoption of artificial intelligence (AI) and related technologies in various industries. NVIDIA's involvement will likely contribute to the construction and operation of high-performance computing facilities and data centers.

SECI discovers a lowest tariff of INR 5.99 ($0.068)/kWh for four-hour assured peak renewable power, with Waaree Energies securing 700 MW at the same rate. This discovery comes shortly after a lower tariff for round-the-clock (RE-RTC) power, demonstrating the evolution of renewable energy economics and opening up possibilities for India's growing electricity demand. The latest tariff discovery shows that renewable energy can be green, firm, reliable and affordable during peak demand hours.

Arizona experienced a significant growth in grid battery capacity, surpassing all states except Texas during the first half of 2026, with California and Texas having led the charge on America's grid battery revolution. The state installed more battery capacity than every other state combined during this period. Arizona is now racing to catch up with the top two battery-capable states in the US.

P2X Solutions Oy, in partnership with avanca Energy AG and Alternoil GmbH, has announced a long-term deal for e-methane produced at its Harjavalta plant to be integrated into the REEFUEL network in Germany. The partnership marks one of the first commercial offtake agreements connecting an operational power-to-X facility to an established renewable LNG distribution network. E-methane, produced from green hydrogen, will be used as transport fuel for heavy-duty trucks by Q4 2026.

Researchers at The Hong Kong Polytechnic University have developed nanostructured catalysts that efficiently crack ammonia into hydrogen, enabling the creation of a pure hydrogen source for transportation and other applications. This innovation tackles two major challenges in clean hydrogen infrastructure: safe and cost-effective storage and scalable delivery. Ammonia can be used as a carrier for hydrogen through existing global supply chains, promising a promising solution for green hydrogen production.