Partnerships Advancing Energy Standards

ISO - International Organization for Standardization x Greenhouse Gas Protocol (GHG Protocol) : A Partnership That Could Redefine Carbon Accounting One of the persistent challenges in global decarbonization efforts has been the fragmentation of greenhouse gas (GHG) standards. Companies often juggle ISO frameworks for compliance and GHG Protocol standards for disclosure, leading to overlaps, inefficiencies, and at times, confusion. The newly announced ISO–GHG Protocol partnership changes that equation. By harmonizing their portfolios into co-branded international standards, they are creating what amounts to a “common language” for emissions accounting. 💡 Why this matters: For businesses: Fewer frameworks to navigate, stronger clarity in reporting, and greater efficiency in supply chain engagement. For investors: Consistent, comparable, and reliable data to inform capital allocation decisions. For policymakers: A unified foundation that simplifies regulation and raises accountability standards. ⚙️ Strengthening Industry Loops This partnership has the potential to tighten the feedback loops across the sustainability ecosystem: 1.Corporate reporting feeds into investor decision-making with greater credibility. 2.Policy and regulation can align seamlessly with global standards. 3.Supply chains gain consistency, reducing duplication of efforts and enabling more granular data-sharing. ♻️The Bigger Take ! If successful, the ISO–GHG Protocol collaboration could accelerate the pace of corporate decarbonization, raise ambition levels across industries, and build trust in net-zero pathways. More importantly, it reframes carbon accounting not as a compliance burden, but as a strategic enabler of sustainable growth. In other words: harmonization is not just technical-it’s transformational. #Sustainability #ClimateAction #ISO #GHGProtocol #Decarbonization

Accelerating Clean Energy Through Collaboration ~ The Joint Transmission Interconnection Queue (JTIQ) Framework The path to a more sustainable energy future requires innovative solutions and collaboration across the energy sector. A shining example of this is the Joint Transmission Interconnection Queue (JTIQ) framework, a partnership between MISO and SPP, designed to streamline renewable energy integration and enhance grid reliability. In October 2023, the JTIQ framework gained significant momentum with a $464 million grant from the U.S. Department of Energy and $1.3 billion in utility investments, reflecting a robust financial and collaborative commitment to improving energy infrastructure. Since then, the progress has been remarkable: ~November 2024: The Federal Energy Regulatory Commission (FERC) approved the JTIQ transmission plans, paving the way for five 345-kV transmission projects along the MISO-SPP seam. These projects will enable the integration of approximately 29 GW of new renewable generation capacity and are expected to begin coming online by 2031. ~Ongoing Impact: These developments continue to address critical transmission constraints, enhance grid reliability, and promote the efficient interconnection of renewable energy resources. Why This Matters for the Entire Country The JTIQ framework’s impact extends far beyond the MISO-SPP region, shaping the energy landscape across the United States: ~JTIQ demonstrates how to overcome transmission bottlenecks, offering a scalable solution for other regions to integrate renewable energy more efficiently. ~Enhancing grid connectivity supports a stable, resilient energy network, setting a standard for modernization nationwide. ~ Production cost savings from JTIQ projects can translate to lower electricity prices for consumers, benefiting households and businesses across the country. ~The success of federal and private sector collaboration in JTIQ provides a replicable model for financing large-scale energy infrastructure. ~JTIQ highlights how Regional Transmission Organizations (RTOs) can work together to solve complex challenges, paving the way for a more unified national grid. Key Outcomes ~Unlocking vast renewable energy potential. ~Delivering billions in savings through improved grid efficiency. ~Strengthening grid resilience and supporting energy transition goals. The JTIQ framework underscores the importance of forward-thinking strategies to meet the demands of a rapidly evolving energy landscape. Together, we can build a cleaner, more reliable energy future. What are your thoughts on the progress made by the JTIQ framework, and how do you see it shaping the future of energy? Let’s discuss! #RenewableEnergy #GridInnovation #Collaboration #Leadership #Sustainability #EnergyTransition #PublicPrivatePartnerships #GridModernization #EnergyLeadership #seetheopportunityineverydifficulty

Across Nigeria, we’re seeing communities that have long struggled with unreliable or non-existent power who are finally getting access to energy they can count on — and it’s happening through interconnected minigrids. I’m excited to share RMI’s latest report developed in partnership with the The Global Energy Alliance for People and Planet (GEAPP):  “Partnerships for Power: Unlocking Scale for Interconnected Minigrids in Nigeria.” This work is the result of deep collaboration — with DisCos, developers, local communities, and an incredible team at RMI. It reflects not only the technical potential of the interconnected minigrid (IMG) model but its real-world impact. Nigeria’s national grid currently meets just 20% of the country’s electricity demand. The gap is vast — and so is the opportunity. IMGs combine distributed resources like solar and batteries with the existing grid to provide affordable, cleaner, and more reliable power. Our report brings together on-the-ground data, developer insights, and practical lessons that show:  ☀️ How DisCos can use IMGs to reduce losses and grow revenue  ☀️ How households and businesses gain dependable power at lower costs  ☀️ What it takes to scale this model across Nigeria — and beyond This work wouldn’t have been possible without the efforts of our team at RMI, our partners across Nigeria, and the communities who welcomed us into their energy journeys. To all of them and to the authors of this report — thank you and well done! Read the full report and explore the findings here:  🔗 https://lnkd.in/eeibXH8Z Suleiman Babamanu Folawiyo Aminu Alberto Rodríguez Gómez Ridwan Zubair Habiba Ahut Daggash, Ph.D. Fauzia Chevonne O. Vikram Singh Olatunde Okeowo

Microsoft is working with industry leaders to modernize system planning and unlock the capacity required for global economic growth The new year starts with two powerful signals about where the future of energy and AI is heading — and what it will take to build the grid of tomorrow. Microsoft’s new partnership with Midcontinent Independent System Operator (MISO) and the joint announcement from ThinkLabs AI, Inc., Microsoft, and Southern California Edison (SCE) mark a pivotal shift in how we plan, operate, and rapidly scale the power systems that underpin modern life. Together, these partnerships are using AI and advanced analytics to accelerate grid planning, strengthen reliability, and unlock the capacity needed for a new era of economy. Because the truth is simple: There is no economic development without electricity development. Every factory, every startup, every AI application, and every data center requires a resilient, flexible, future‑ready grid. And we are now seeing the largest wave of demand growth in a generation — from communities, from industry, and from digital infrastructure. Just look at Microsoft’s $19B investment in new Canadian data centers, announced right here in Canada. This is what the future of economic opportunity looks like: cloud + AI + clean energy powering jobs, innovation, and competitiveness. But none of it happens without an energy system that can keep up. These new partnerships are more than announcements — they’re blueprints. They demonstrate what’s possible when utilities, operators, and technology leaders work together to accelerate planning cycles, optimize transmission, and empower the engineers who build the backbone of our economy. If we get this right, we don’t just strengthen the grid — we strengthen communities, attract industry, and open the door to a more prosperous, electrified future. Now is the moment for every utility, policymaker, energy leader, and private‑sector partner to lean in. 👉 Let’s build the grid the future demands — faster, smarter, and together. If you’re working on these challenges or want to explore how AI can help accelerate your grid modernization journey, let's chat. https://lnkd.in/gJdRTnQx https://lnkd.in/gSDWgFgP Nirav Shah, Josh Wong Shinjini Menon Brenden Russell, PE #GridModernization #datacenter #AIinEnergy #innovation #AI

The Council on Energy, Environment and Water (CEEW) has partnered with India's Ministry of New and Renewable Energy (MNRE) to develop Green Hydrogen Standards and Approval Systems. A report on "Green Hydrogen Standards and Approval Systems in India" was released during a recent workshop held on May 8, 2024. The aim is to streamline the green hydrogen ecosystem for the accelerated implementation of the National Green Hydrogen Mission. The Ministry of NRE is responsible for formulating policies and supporting schemes for the deployment of new and renewable energy projects in India. The Council on Energy, Environment and Water (CEEW) is a leading non-profit policy research institution in Asia and a global climate think tank. Key takeaways : - India is keen to accelerate the implementation of the National Green Hydrogen Mission (NGHM) to position itself as a global hub for Green Hydrogen production, usage, and export. To expedite the implementation, India needs to strengthen its testing infrastructure, develop indigenous standards, expand the mandate of regulators, and develop an online portal to present information related to Green Hydrogen standards. - India's Green Hydrogen ecosystem is governed by the Ministry of Natural Resources (MNRE) and State Governments, with equipment and components manufactured based on standards developed and notified by various statutory bodies in India. -  Five Indian entities have developed or adopted standards for Green Hydrogen: the Bureau of Indian Standards (BIS), Oil Industry Safety Directorate (OISD), Ministry of Road Transport and Highways (MoRTH), Petroleum and Explosives Safety Organization (PESO), and Petroleum and Natural Gas Regulatory Board (PNGRB). International organizations such as the International Organization for Standardization (ISO), the American Society of Mechanical Engineers (ASME), and the International Electrotechnical Commission (IEC) play a critical role in developing consensus-based, market-relevant, consistent standards. India partners with seven international entities on the development of standards, and through the BIS, India is a member of the International Organization for Standardization (ISO). - Safety and performance standards for Green Hydrogen in India are divided into four categories: - Existing standards adopted or developed in India, - Standards under development, - Standards to be considered for adoption, and - Components for which NO global standards exist. Out of 201 standards assessed, 87 have been adopted or developed in India, 59 are under development by various issuing bodies, and 52 could be considered for adoption. Attached is the cited report for further reading, analysis, and review.