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Peter Locke

Repeal of Clean Energy Tax Credits

The “Big Beautiful Bill” (OBBBA) rolls back several clean energy tax credits originally created under the Inflation Reduction Act of 2022. These changes could directly affect individuals and families planning to invest in electric vehicles, home energy efficiency, or renewable energy systems. Clean Vehicle Credits End in 2025 Up to $7,500 for new electric vehicles (EVs) Up to $4,000 for used EVs Sections 70501 and 70502 of OBBBA eliminate these credits for vehicles purchased after September 30, 2025. Planning consideration: Boulder has one of the highest EV adoption rates in Colorado, with many residents driving Teslas, Rivians, and Chevy Bolts. If you’re considering a purchase, doing so before the deadline could save thousands. Alternative Fuel Refueling Property Credit Ends in 2026 Up to $1,000 for installing EV charging equipment at a primary residence Section 70504 eliminates this credit for charging stations installed after June 30, 2026. Planning consideration: Boulder homeowners looking to add home chargers should complete installations before mid-2026 to take advantage of this credit. Energy Efficient Home Improvement Credit Ends in 2025 Up to $1,200 for upgrades like windows, doors, insulation, HVAC systems, and energy audits Section 70505 ends this credit for property placed in service after December 31, 2025. Planning consideration: Boulder’s older housing stock, combined with rising energy costs, makes this credit especially valuable. Homeowners considering insulation or efficiency upgrades should act before the deadline. Residential Clean Energy Credit Ends in 2025 Up to 30% of installation costs for solar panels, geothermal heat pumps, wind power, or fuel cells Section 70506 repeals this credit for expenditures made after December 31, 2025, regardless of when the project is completed. Planning consideration: With Boulder’s 300+ days of sunshine and strong local demand for rooftop solar, this repeal could significantly change the return on investment for solar projects. Families and businesses considering solar installations should prioritize projects before the end of 2025. The Bottom Line Several popular clean energy credits are set to expire much earlier than originally planned. For Boulder families and businesses, that means the window to claim meaningful incentives for EVs, solar panels, and energy-efficient home improvements is closing fast. If you’re planning any of these purchases or upgrades, acting before the new deadlines could save you thousands in taxes and accelerate your long-term energy savings.

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Kevin Taylor

The U.S. Energy Transition: Why Hydrogen and Nuclear Power Are Leading the Charge

The demand for electric energy in the U.S. has been largely flat since the 1980s but as we now grapple with skyrocketing electricity needs driven by artificial intelligence (AI), data storage, and renewable energy integration, the nation’s energy landscape is undergoing a seismic shift. This transformation is not merely a response to increasing demand but also a concerted effort to reduce carbon emissions, ensure energy reliability, and stabilize costs in a rapidly evolving market. Utilities and tech companies alike are turning to cleaner and more sustainable energy sources, and hydrogen and nuclear power are emerging as pivotal players in this transition, answering the pressing question: “Where will the power come from?” The convergence of several trends is pushing electricity consumption to unprecedented levels. AI applications and machine learning models demand massive computing power, resulting in energy-intensive data centers. These centers, the backbone of a digitized economy, already account for significant global electricity usage and are poised to consume even more as AI adoption accelerates. Simultaneously, the widespread adoption of renewable energy, such as wind and solar, introduces variability into the grid, requiring reliable, on-demand power to balance supply. Moreover, the electrification of transportation and the increasing integration of battery storage solutions further stress existing grid systems. Hydrogen: A Non-Grid Energy Solution Hydrogen is quickly becoming a key player in the clean energy transition due to its versatility and scalability. It can serve as a fuel for transportation, a storage medium for excess renewable energy, and a direct source of electricity through fuel cells. With the introduction of the Section 45V Clean Hydrogen Production Tax Credit under the Inflation Reduction Act, the U.S. government has set clear incentives for hydrogen producers to meet stringent greenhouse gas (GHG) emission standards, encouraging investment in low-carbon hydrogen production. Tech giants like Amazon Web Services (AWS) and Microsoft have already recognized hydrogen’s potential, exploring its use in data centers and as a clean backup power source. Hydrogen’s ability to integrate with existing infrastructure and complement renewable energy systems makes it an attractive option for decarbonizing industries beyond electricity generation. Nuclear Power: A Reliable, Scalable, and Clean Grid Solution Nuclear power, which currently provides nearly 20% of the U.S. electricity supply and more than half of its carbon-free electricity, is experiencing a renaissance. Advanced nuclear reactors, such as the Natrium reactor and small modular reactors (SMRs), offer significant advantages over traditional designs, including greater safety, lower costs, and increased flexibility. These reactors can operate continuously, providing a steady base load of power, or scale output to match demand, making them ideal for grid stabilization alongside renewables. Moreover, the newly operational Vogtle Units 3 and 4 in Georgia symbolize a renewed commitment to nuclear energy, despite decades of stalled development. The Inflation Reduction Act and state-level initiatives like zero-emission credits (ZECs) are further ensuring that existing plants remain viable and that new projects attract investment. The Intersection of Technology and Energy Tech companies, driven by sustainability goals and the operational demands of AI and cloud computing, are becoming significant players in energy strategy. Companies like Microsoft and AWS are partnering with energy providers to secure long-term power purchase agreements (PPAs) for nuclear and hydrogen-based energy, showcasing how private sector innovation can accelerate the clean energy transition. The intersection of technology and energy is also reshaping public perception. Nuclear power, once seen as controversial, is gaining renewed acceptance as concerns about climate change grow. Similarly, the clean hydrogen economy is being heralded as a pathway to decarbonizing hard-to-abate sectors, including aviation, shipping, and heavy industry. Hydrogen and Nuclear rise to meet the Challenge While hydrogen and nuclear power are not without challenges—such as the need for investment in infrastructure, public acceptance, and regulatory hurdles—both are positioned to play central roles in the future energy mix. Hydrogen offers flexibility and storage solutions, while nuclear ensures reliability and base-load power, creating a complementary relationship that addresses the weaknesses of renewables. In the decade to come, these energy sources are not only answers to the question of “where will the power come from?” but also key drivers of a cleaner, more resilient energy system. Together, they represent the bridge between the energy demands of the present and the sustainable future we are striving for. The Role of Nuclear Power in U.S. Energy Nuclear power has been a cornerstone of U.S. energy generation for decades, accounting for 18% of total electricity output and over 55% of carbon-free energy in 2022. With the Inflation Reduction Act of 2022 offering incentives for advanced reactors and hydrogen production, the stage is set for a nuclear resurgence. Recent Developments Vogtle Units 3 and 4: These reactors came online in 2023 and 2024, marking the first new nuclear reactors in the U.S. in decades. Economic Viability: Nuclear generation costs have plummeted by 40% since 2012 due to advancements in fuel efficiency and operational costs. Advanced Reactors: Technologies like the Natrium reactor, combining liquid sodium cooling and molten salt storage, promise enhanced safety, flexibility, and cost efficiency. Addressing Challenges Despite these advancements, nuclear energy faces hurdles, including competition from natural gas and subsidized renewables. However, the stability and reliability of nuclear power make it indispensable for achieving a low-carbon future. Hydrogen: The Clean Fuel Revolution Hydrogen is rapidly gaining traction as a clean energy alternative, capable of decarbonizing sectors that are difficult to electrify, such as heavy industry and transportation. The U.S. Department of Energy’s Regional Clean Hydrogen Hubs program and the Section 45V tax credit are pivotal in accelerating hydrogen adoption. Key Drivers Green Hydrogen: Produced through electrolysis using renewable or nuclear energy, green hydrogen represents a zero-emission solution. Infrastructure Growth: Investment in hydrogen production, storage, and distribution is scaling rapidly, bolstered by federal support and private partnerships. Synergies with Nuclear: Nuclear power plants are uniquely positioned to produce hydrogen through high-temperature electrolysis, enhancing their economic viability. Why Tech Companies are Joining the Transition Tech giants like Microsoft and AWS are committing to nuclear power to meet their data centers’ growing energy demands. For instance: Microsoft

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Kevin Taylor

Mastering Reverse 1031 Exchanges: Unlocking Opportunities When Timing Matters Most

Reverse 1031 Exchange Rules Under IRS rules, Internal Revenue Code Section 1031 states that “no gain or loss shall be recognized on the exchange of property held for productive use in a trade or business or for investment if such property is exchanged solely for property of like kind which is to be held for productive use in a trade or business or for investment.” In a typical 1031 Exchange, a taxpayer must sell the old property, known as the Relinquished Property, before acquiring the new property, the Replacement Property. However, due to various circumstances, a taxpayer may risk losing the opportunity to purchase the desired Replacement Property if its closing date comes before the sale of the Relinquished Property. Sometimes, the Relinquished Property might already be under contract. Still, the closing is scheduled after the Replacement Property purchase or the Relinquished Property may not yet be listed or under contract. In such cases, taxpayers can utilize a Reverse Exchange. What is a Reverse Exchange? A “Reverse Exchange” occurs when a taxpayer needs to secure the Replacement Property before the sale of the Relinquished Property. The key to making a Reverse Exchange work is to restructure it so that it no longer appears “reverse” at all. In 2000, the IRS introduced a set of guidelines providing a “safe harbor” for Reverse Exchanges under Rev. Proc. 2000-37. These are commonly known as “parking arrangements,” where either: (i) a property is purchased and “parked” by an exchange accommodation title holder (EAT) for the taxpayer’s benefit until the taxpayer can arrange the sale of the Relinquished Property, or (ii) the taxpayer transfers the Relinquished Property to an EAT, receives the Replacement Property, and later the EAT transfers the Relinquished Property to the buyer. Following these safe harbor rules allows taxpayers to structure a Reverse Exchange in compliance with IRS requirements. Reverse Exchange Process Let’s walk through how a Reverse 1031 Exchange works. Essentially, the IRS has made it easier than it may seem. By utilizing an EAT, a taxpayer can have the Replacement Property “parked” and held on their behalf. They then have up to 180 days to sell the Relinquished Property and complete the exchange. Since the taxpayer does not directly acquire the Replacement Property before the sale of the Relinquished Property, the transaction is executed in the correct sequence as per IRS rules. Though it may seem like a bit of “smoke and mirrors,” the technique is authorized by the IRS. Financing in a Reverse Exchange When considering a Reverse 1031 Exchange, financing is an important aspect. The EAT does not provide the funds to purchase the replacement property. Instead, this can be achieved through a loan from the taxpayer to the EAT, or via a bank loan. The loan is typically paid off once the Relinquished Property sells. During the period when the Replacement Property is held by the EAT, it is leased to the taxpayer, allowing them to sublease it to tenants, collect rent, and manage expenses. Ultimately, the EAT earns a fee for its services, while the taxpayer retains the economic benefits. Cost of a Reverse Exchange The cost of a Reverse 1031 Exchange varies based on several factors, including property type (residential, commercial, industrial), property value, and the source of financing (taxpayer-funded or bank-financed). Additional considerations, such as environmental issues, may also impact costs. Since the exchange company holds the title, these variables play a role in determining the overall expense. Relationship of Reverse Exchange and Forward Exchange There is often confusion between Reverse Exchanges and Forward Exchanges. Taxpayers may ask, “Why do I need a Forward Exchange if I’m doing (and paying for) a Reverse Exchange?” Although they relate to a single transaction, they are separate but essential parts. The Reverse Exchange allows the Replacement Property to be secured, preserving the taxpayer’s ability to exchange for it. Technically, a Reverse Exchange is not a 1031 Exchange but rather a mechanism to facilitate one. The Forward Exchange is the actual 1031 Exchange, where the Relinquished Property is sold and replaced. Both processes are necessary to complete a successful Reverse Exchange. The Forward Exchange is handled by a Qualified Intermediary under a different set of IRS rules than those governing an EAT providing Reverse Exchange services. It is possible to use a single company, like InSight 1031, to act as both the EAT and the Qualified Intermediary, or separate companies specializing in one type of exchange service. The content in this blog is intended for informational purposes only. It is not to be construed as investment, legal, tax, or compliance advice. InSight 1031 operates as a Qualified Intermediary, facilitating tax-deferred exchanges under Section 1031 and does not provide investment, legal, or tax advisory services.

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