Powering Up: Cross-Sound Cable Gets a Major Overhaul - Cozzy Energy Solutions Cross-Sound Cable Company, LLC is planning a significant overhaul of its electric transmission infrastructure, according to an announcement by Argo Infrastructure Partners, LP. The project will modernize and expand the Cross-Sound Cable (CSC), a 24-mile submarine high-voltage direct current (HVDC) transmission system that connects the electric grids of New England and Long Island. The existing

Powering Up: Cross-Sound Cable Gets a Major Overhaul #ISONE #CrossSoundCable #TransmissionInfrastructure #EnergyGrid #HVDC #RenewableEnergy

Powering Saskatchewan: A Transmission Infrastructure Expansion - Cozzy Energy Solutions SaskPower plans to significantly expand its power transmission infrastructure, both within the province and to neighboring regions, to support economic growth and enhance energy security. This plan builds upon the previously released Saskatchewan First Energy Security Strategy and Supply Plan, representing a substantial shift in direction for the province’s electrical system. The announcement was made

Powering Saskatchewan: A Transmission Infrastructure Expansion #AESO #SaskPower #EnergySecurity #TransmissionInfrastructure #RenewableEnergy #Mining

Transmission Trouble: U.S. Infrastructure Falling Behind - Cozzy Energy Solutions **U.S. Transmission Infrastructure Improvements Lagging Despite Progress** February 5, 2026 - A recent assessment reveals that while progress has been made in U.S. transmission infrastructure planning, significant challenges remain in keeping pace with increasing electricity demand. The report, released this week by Grid Strategies and Americans for a Clean Energy Grid, highlights a widening reliability

Transmission Trouble: U.S. Infrastructure Falling Behind #CAISO #TransmissionInfrastructure #GridReliability #RenewableEnergy #EnergyPolicy #PowerGrid

Transmission bottlenecks slow rollout of Google’s AI infrastructure in US In response to the delays, Google is assessing alternative approaches, including colocation strategies that would place some data centres adjacent to power plants.

Transmission bottlenecks slow rollout of Google’s AI infrastructure in US

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PUC technical conference: Public Service presents near-term procurement portfolio; commissioners press on transmission costs, tax credits and backup bids Public Service presented a recommended near-term procurement portfolio after receiving 161 bids from 135 projects and urged accelerated approvals to capture federal tax credits. Commissioners focused on high gas bid prices, delivery and interconnection uncertainty, an indicative $2$2.5 billion deliverability estimate (and broader JTS transmission needs of about $12.5 billion), and how backup bids or option payments should protect tax-credit value.

Public Service Company unveiled an ambitious near-term procurement portfolio at the Colorado Public Utilities Commission, raising critical questions about delivery costs and tax credits amid a backdrop of soaring gas prices.

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#CO #TransmissionInfrastructure #TaxCreditPolicy

PJM Selects NextEra and Exelon for Key Transmission Infrastructure Project PJM Interconnection has selected NextEra Energy and Exelon as co-leads for a critical transmission infrastructure project aimed at enhancing grid reliability and capacity in Pennsylvania and West Virginia. The 220-mile, 765-kV transmission line will form a vital component of PJM's 2025 Regional Transmission Expansion Plan, connecting key regions to improve overall grid stability and meet growing energy demands.

PJM Selects NextEra and Exelon for Key Transmission Infrastructure Project #PJM #TransmissionInfrastructure #RenewableEnergy #ElectricGrid #PJM #NextEra

ISO New England Unveils $381 Million Fall 2025 Update for Regional Power Transmission Reliability Upgrades ISO New England has released its fall 2025 update, highlighting $381 million in planned reliability upgrades set to be completed by 2028. The update showcases ongoing investments in regional power transmission, with a total of 17 active projects currently underway, including four under construction, eleven planned, and two proposed across Massachusetts, Maine, Rhode Island, and Connecticut. These upgrades aim not only to enhance reliability but also to reduce congestion and support the integration of cleaner energy sources, ultimately contributing to lower wholesale electricity costs and promoting competition among generators in the region.

ISO New England Unveils $381 Million Fall 2025 Update for Regional Power Transmission Reliability Upgrades #ISONE #NewEnglandPower #ReliabilityUpgrades #TransmissionInfrastructure #CleanEnergyIntegration #RegionalPlanning

IESO Initiates Public Engagement for Northwestern Ontario's Electricity Plan The Independent Electricity System Operator (IESO) of Ontario is launching a public engagement process to gather input on the region's future energy needs in northwestern Ontario, with projections indicating that electricity demand could more than double by 2050 due to significant mining development and economic growth. The IESO is recommending the construction of new transmission lines, including a proposed line connecting the Sudbury area to the Third Line near Sault Ste. Marie, to ensure a reliable power supply and support the region's ongoing economic expansion. Community feedback will play a crucial role in shaping the final plan, with public participation encouraged by IESO officials to help address the urgent need for increased power supply and generation capacity in areas such as Nipigon, the North Shore of Lake Superior, and Red Lake.

IESO Initiates Public Engagement for Northwestern Ontario's Electricity Plan #IESO #OntarioElectricity #IESOPublicEngagement #NorthwesternOntarioEnergy #TransmissionInfrastructure #CommunityFeedback

New Jersey's Offshore Wind Ambitions Hit Significant Setback as Project Delay Pushes Timeline Back Two and a Half Years A significant setback has emerged for New Jersey's offshore wind ambitions as a vital transmission project by JCP&L, responsible for connecting offshore wind farms to the grid, has been postponed by 2.5 years due to challenges affecting its feasibility. This delay threatens to derail the state's aggressive targets for offshore wind energy, which are now facing headwinds from policy uncertainty and broader economic pressures, mirroring difficulties experienced by similar projects in other states.

New Jersey's Offshore Wind Ambitions Hit Significant Setback as Project Delay Pushes Timeline Back Two and a Half Years #PJM #OffshoreWind #NewJersey #RenewableEnergy #TransmissionInfrastructure #PolicyUncertainty

Senate Committee Discusses Energy Transmission Challenges and Battery Storage Growth Senators highlight the importance of state-driven energy solutions and record battery storage increases.

The U.S. Senate is pushing for states to take charge of their energy futures as battery storage hits record highs and transmission challenges loom large.

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#US #CitizenPortal #MidwestEnergy #EnergyInnovation #TransmissionInfrastructure

State Regulators Challenge FERC's Financial Incentive for Transmission Infrastructure Development A dispute is brewing within the energy sector concerning the Federal Energy Regulatory Commission’s (FERC) financial incentive for transmission infrastructure development, specifically the Return on Equity (ROE) adder. A collective of state utility regulators, representing organizations such as OMS, OPSI, NESCoE, and SPP, are actively lobbying FERC to substantially lower this ROE incentive, expressing concerns that the current level promotes unnecessary and potentially expensive transmission projects. The core argument from state regulators centers on the belief that the high ROE incentive contributes to an overbuilding of transmission lines. This overbuilding, they contend, ultimately places a heavier financial burden on electricity consumers through increased rates. In contrast, several industry groups, including WIRES and EEI, strongly advocate for maintaining the current incentive. Their reasoning emphasizes the critical role it plays in attracting the substantial investment required for essential transmission upgrades, particularly to accommodate the expanding integration of renewable energy sources and to modernize aging grid infrastructure. The pressing need for transmission upgrades is intrinsically linked to the ongoing energy transition, demanding robust infrastructure to connect geographically dispersed renewable energy generation – primarily wind and solar – to the broader grid. FERC finds itself navigating a complex balancing act, striving to stimulate vital transmission investment while simultaneously safeguarding consumers from potentially inflated costs. This policy area has also faced legal scrutiny, including appeals court directives impacting the ROE transmission adder. Recent developments include an acknowledgement from FERC Chairman Willie Phillips regarding the incentive's impact, signaling a willingness to review it. However, any significant changes are expected to encounter considerable resistance. The debate encapsulates a familiar challenge in energy policy: reconciling the necessity for infrastructure investment with the imperative of cost control and consumer protection, with differing groups prioritizing policies that align with their respective goals.

State Regulators Challenge FERC's Financial Incentive for Transmission Infrastructure Development #PJM #EnergyRegulation #TransmissionInfrastructure #FERCPolicy #EnergyTransition #GridModernization

Texas's Energy Future: A Multifaceted Approach to Economic Growth and Reliability Texas's energy future is inextricably linked to its robust economic growth, and ensuring a dependable infrastructure is paramount. Recent policy changes and regulatory frameworks are designed to bolster the energy sector while also tackling reliability concerns within the Electric Reliability Council of Texas (ERCOT). A key aspect of this strategy involves supporting various energy production methods, reflecting a commitment to a diverse "all-of-the-above" approach. Notably, there's a resurgence of interest in nuclear power generation as a potential contributor to Texas's energy portfolio. This isn’t envisioned as a replacement for existing resources, but rather as a complementary asset that can work alongside wind and solar power to provide a more stable and resilient energy supply. The ability to integrate nuclear power with renewable sources is being explored as a pathway to a more balanced energy mix. A critical, and often overlooked, element is the expansion and modernization of transmission infrastructure. These systems are vital for transporting energy from production sites to population centers, and significant investment is being directed toward improving their capacity and efficiency. Without adequate transmission capabilities, even the most innovative energy generation solutions will be hampered. Beyond energy, Texas is addressing diverse challenges. Governor Abbott has directed the formation of a Screwworm Response Team to combat the parasite's resurgence. Commissioner Ellie Torres engaged with local scholarship recipients, and a $5.3 million grant was announced to support semiconductor innovation at MGC Pure Chemicals America, Inc. Finally, Nelson finalized the ballot order for the upcoming constitutional amendment election.

Texas's Energy Future: A Multifaceted Approach to Economic Growth and Reliability #ERCOT #EconomicGrowth #EnergyReliability #NuclearPower #TransmissionInfrastructure #SemiconductorInnovation

North American Electricity Providers Face Escalating Concerns Over Resource Adequacy North American electricity providers are facing escalating concerns regarding their ability to reliably meet demand, a situation known as resource adequacy. This issue, highlighted recently at a Federal Energy Regulatory Commission (FERC) conference, carries the potential for increased blackout risk, as warned by the North American Electric Reliability Corporation (NERC), which estimates over half of North America could be at risk. The growing gap between electricity demand and available resources is prompting heightened regulatory attention and calls for urgent action. Several factors are contributing to this precarious situation. Rapid growth in electricity demand, fueled by the increasing adoption of electric vehicles, heat pumps, and the proliferation of data centers, is outpacing the addition of new generating capacity. Simultaneously, traditional power plants, primarily coal and natural gas facilities, are being retired at a rate that isn’t being offset by replacement generation. While renewable energy sources such as solar and wind are playing a crucial role, their intermittent nature complicates grid management. The aging transmission and distribution infrastructure further restricts the ability to effectively transport electricity where it’s needed, compounded by ongoing supply chain challenges impacting construction of new resources. The conversation surrounding this challenge includes a variety of potential responses and solutions. FERC's focus signals increased regulatory oversight and the potential for stricter standards. Enhanced planning and more accurate forecasting of energy needs are considered essential. Discussions are underway regarding strengthening resource adequacy benchmarks, and modifications to electricity market designs to encourage investment in new generation and energy storage are being explored. Greater regional collaboration between Independent System Operators (ISOs) and Regional Transmission Organizations (RTOs) to share resources is also on the table. Substantial investments in transmission infrastructure and a stronger emphasis on flexible generation options and energy storage solutions are deemed critical for managing the variability of renewable energy. Diversifying energy resources and considering alternatives less susceptible to supply chain disruptions are also being considered. The warning from NERC that “explosive demand growth puts more than half of North America at risk of blackouts” underscores the severity of the issue. The very fact that FERC is prioritizing this discussion indicates a serious regulatory concern. Ultimately, addressing this resource adequacy challenge requires proactive measures and a coordinated effort to ensure a reliable and resilient electricity grid for the future.

North American Electricity Providers Face Escalating Concerns Over Resource Adequacy #CAISO #EnergySecurity #GridReliability #FercRegulation #PowerPlantRetirement #TransmissionInfrastructure

Alberta’s Electricity Market Undergoes Transformation to Accommodate Renewable Energy Alberta’s electricity market is undergoing a significant transformation to accommodate the province’s shift toward renewable energy sources like solar and wind power. This transition, coupled with evolving regulations, has created market instability and discouraged investment in new power generation. The existing market structure is proving inadequate for integrating intermittent renewables, necessitating modernization efforts known as the Reliability and Planning Market (REM). A critical issue has been the lack of promised transmission infrastructure, leading to situations where renewable energy is rejected due to grid congestion, impacting projects developed by Indigenous communities like the Athabasca Chipewyan First Nation. The core objective of the REM is to modernize Alberta’s electricity market, fostering investment certainty and facilitating the integration of renewable energy. Key areas under review include electricity pricing mechanisms, the recognition and compensation for dispatchable generation (such as batteries and gas-fired generators), and adjustments to market participation rules. To address the urgency of the situation and reduce market uncertainty, the Alberta government has prioritized an accelerated timeline for implementation, though this has faced challenges. Stakeholders hold varied perspectives on the REM. The Athabasca Chipewyan First Nation expresses concerns regarding revenue losses and transmission limitations affecting their renewable projects, yet remains hopeful for positive change. Capital Power recognizes the importance of dispatchable generation within the reform process. Canadian Utilities observes a more optimistic outlook as the Alberta Electric System Operator (AESO) appears responsive to industry feedback. The AESO has incorporated feedback, notably by scrapping a complex market rule. The government’s focus remains on attracting investment through legislative measures, driving a faster reform process. The implementation timeline for the REM has shifted, delaying the initial May completion date due to the complexity of the reforms and ongoing industry consultations. Reliability and planning standards are expected to be implemented within the next year, with key decisions anticipated this summer. Legislation, including Bill 52, allows for rapid changes, and further legislation is planned for the fall or spring. A temporary halt on renewable power project approvals occurred in August 2023, contributing to ongoing uncertainty. Significant challenges persist, including the inherent complexity of the reforms, balancing renewable energy support with reliability and affordability, and the continued uncertainty surrounding the market's future. The lack of sufficient transmission infrastructure remains a substantial impediment to progress.

Alberta’s Electricity Market Undergoes Transformation to Accommodate Renewable Energy #AESO #RenewableEnergy #AlbertaElectricity #MarketReform #TransmissionInfrastructure #GridCongestion

California's Renewable Energy Progress Creates Unforeseen Hurdle: Curtailments California's renewable energy progress is creating a surprising hurdle: curtailments. The state is now witnessing a substantial rise in the amount of solar and wind power that’s generated but ultimately unused, effectively shut down. Data reveals a 29% increase in these curtailments compared to the previous year. While California boasts considerable solar and wind capacity, the current infrastructure struggles to fully utilize it. Several factors contribute to this issue. Periods of overgeneration, where renewable energy output exceeds real-time demand, are a primary driver. Limited transmission capacity restricts the ability to transport this energy to areas where it’s needed. The "duck curve," a phenomenon characterized by a pronounced midday solar production peak coinciding with lower demand, further complicates matters, forcing the grid to manage a large influx of power. Maintaining grid stability remains paramount, and curtailments are sometimes necessary to prevent instability. The California Independent System Operator (CAISO) is actively working to mitigate this challenge. Solutions being pursued include substantial investments in transmission infrastructure upgrades to facilitate the movement of renewable energy. Energy storage technologies, such as battery systems, are considered vital for capturing excess energy for later use. Demand response programs, which encourage consumers to shift electricity usage to periods of renewable energy abundance, are also being explored. Innovative approaches like utilizing curtailed renewable energy for hydrogen production are under consideration as a potential use for otherwise wasted energy. California’s situation highlights the complexities of transitioning to a renewable energy future—a scenario where the challenge isn’t a lack of renewable resources, but rather the infrastructure's ability to handle the abundance.

California's Renewable Energy Progress Creates Unforeseen Hurdle: Curtailments #CAISO #RenewableEnergy #SolarPower #WindEnergy #GridStability #TransmissionInfrastructure

California Can Unlock 52 Gigawatts of New Electricity Generation Capacity by Optimizing Transmission Infrastructure California possesses a significant opportunity to substantially expand its electricity generation capabilities by optimizing the use of existing transmission infrastructure, according to a recent report from UC Berkeley. The concept, termed “surplus interconnection,” focuses on harnessing the unused capacity within current transmission lines to connect new power generation projects. This strategy avoids the substantial costs, lengthy timelines, and complex permitting processes associated with building entirely new transmission lines. The UC Berkeley report highlights that California’s interconnection capacity has been significantly underutilized. By connecting new generation sources, likely renewable energy projects like solar and wind farms, and potentially energy storage facilities, to the grid at locations with available capacity, the state could potentially unlock an additional 52 gigawatts of generation capacity. This figure represents nearly double the state's present generation capacity. The regulatory framework supporting this approach is informed by FERC Order 2222, which permits interconnection even for projects that are not the highest priority, provided there's unused capacity on existing lines. While the potential benefits are substantial, successful implementation hinges on several key factors. The California Independent System Operator (CAISO) will need to effectively manage the increased electricity flow, and careful grid stability assessments and potential upgrades might be required. Furthermore, CAISO's prioritization process for interconnection requests must be transparent and equitable to ensure fair access for all developers. While CAISO recognizes the promise of this approach, they stress the need for thorough planning and evaluation. Some industry observers remain cautious, citing ongoing grid limitations and operational complexities. This innovative approach to electricity generation offers a pathway to accelerate California's progress toward its ambitious renewable energy targets, reduce grid congestion, and achieve significant cost savings by sidestepping the expense and delays of new transmission line construction.

California Can Unlock 52 Gigawatts of New Electricity Generation Capacity by Optimizing Transmission Infrastructure #CAISO #California #TransmissionInfrastructure #RenewableEnergy #GridCapacity #ElectricityGeneration

Xcel Energy's Push for Markets Plus Faces Scrutiny Over Cost and Infrastructure Concerns Xcel Energy is currently seeking approval from the Colorado Public Utilities Commission to participate in "Markets+", a regional day-ahead electricity market. The utility argues this move will enhance efficiency and potentially reduce costs by enabling them to buy and sell power within a larger geographic area. However, the proposal is facing considerable debate and scrutiny from various interested parties. A central point of contention revolves around cost considerations. While Xcel Energy maintains that Markets+ will prove more cost-effective in the long run, concerns have been raised about the substantial upfront collateral requirements. Furthermore, an analysis by the Environmental Defense Fund suggests that joining CAISO's Extended Day-Ahead Market (EDAM) could yield $4.2 million in additional annual savings for Xcel Energy compared to Markets+. While CAISO's EDAM does have higher administrative costs than Markets+, the potential savings remain a significant factor in the discussion. The debate has broadened into a larger discussion about Colorado’s energy future: should the state look eastward to join Markets+ or westward to connect with other Western states through EDAM? Xcel Energy champions Markets+, asserting it is "the most cost-effective day-ahead market." Conversely, organizations like Advanced Energy United argue that a Western EDAM would offer greater long-term cost savings, with Brian Turner stating, "All the scenarios it was more cost-effective for (Xcel Energy) to participate in a larger market with more participants in the West.” A major impediment to either option is the limited transmission capacity linking the Eastern and Western power grids. This infrastructural challenge complicates the cost-benefit analysis and underscores the difficulties of integrating these disparate systems. Key stakeholders involved include Xcel Energy, advocating for Markets+; the Colorado Office of the Utility Consumer Advocate, who will likely closely examine the plan's financial implications; the Environmental Defense Fund, supporting EDAM; Advanced Energy United, favoring a Western RTO and EDAM; and various entities like the Climax Mine, indicating broader interest in Colorado’s energy policy. Xcel Energy has already filed an application to join Markets+, as Taylor, representing Xcel, stated, "Markets+ is the most cost-effective day-ahead market.”

Xcel Energy's Push for Markets Plus Faces Scrutiny Over Cost and Infrastructure Concerns #CAISO #EnergyPolicy #ElectricityMarket #CostConcerns #TransmissionInfrastructure #WesternStates

Exelon Faces Significant Change Amid Surging Data Center Demand and Evolving Regulatory Landscapes Exelon faces a period of significant change driven by surging data center demand and evolving regulatory landscapes. The company is witnessing substantial growth, particularly fueled by a dramatic increase in data center load. The data center pipeline has doubled since the beginning of the year, now standing at 36 GW, a clear indicator of the region’s appeal for data center investment. Recent earnings reports reflect this positive momentum, although specific financial figures were not detailed. However, this amplified demand is also placing considerable strain on Exelon’s existing transmission infrastructure, necessitating upgrades and strategic expansion projects. Maryland’s recently enacted legislation mandating 100% clean energy by 2031 represents a pivotal regulatory shift. This requirement will directly influence Exelon’s power generation mix, prompting substantial investments in renewable energy sources and potentially other clean technologies. Adding to the complexity, record-setting capacity auction prices within the PJM regional grid, where Exelon operates, have generated concern and uncertainty, likely affecting rate structures and future investment decisions. The overarching need to satisfy clean energy mandates and address transmission bottlenecks will be central to Exelon’s future strategy. Significant investments are now critical. A primary focus is upgrading and expanding the transmission network to accommodate the heightened demand from data centers and other contributing factors. Simultaneously, Exelon must allocate resources towards renewable energy generation, including solar and wind power, to align with clean energy objectives. The Maryland mandate, in particular, signals the need for a considerable transformation of Exelon’s generation portfolio and a substantial commitment to clean energy resources. Current transmission infrastructure is inadequate for the escalating demand, creating a key challenge. The performance and pricing volatility within the PJM market adds to the overall uncertainty. Successfully balancing the necessary investment in infrastructure and renewable energy with the imperative of maintaining affordable rates for customers remains a primary concern. Exelon serves approximately 10.7 million customers.

Exelon Faces Significant Change Amid Surging Data Center Demand and Evolving Regulatory Landscapes #PJM #DataCenter #RenewableEnergy #RegulatoryChange #TransmissionInfrastructure #Exelon

Pennsylvania’s Electrical Grid Faces Resilience and Efficiency Challenges - Cozzy Energy Solutions Pennsylvania's electrical grid is grappling with a multitude of challenges that are testing its resilience and efficiency. At the heart of these issues lies the PJM Interconnection, a critical transmission system serving much of the state. The PJM Interconnection has been facing capacity constraints and aging infrastructure, which have resulted in reliability concerns and escalating costs. The root causes of these problems lie primarily with the PJM Interconnection's infrastructure. A significant portion of its equipment is nearing or has surpassed its 50-year lifespan, leading to increased maintenance expenses and reducing the overall reliability of the system. Furthermore, the PJM Interconnection is operating at or near maximum capacity levels, placing undue pressure on the grid and elevating the risk of blackouts. Integrating large volumes of renewable energy into the grid has also proven challenging for the PJM Interconnection. The sudden influx of variable power sources from wind and solar farms is creating volatility in electricity prices and introducing reliability issues. Pennsylvania's energy policies are being shaped by a delicate balance between state and federal regulations. The state has set ambitious clean energy goals, but these targets are creating obstacles for the PJM Interconnection as it strives to incorporate more renewable energy into its operations. Addressing these challenges will require a multifaceted approach. Investing in infrastructure upgrades, such as new transmission lines and other critical components, could significantly enhance reliability and reduce costs. Diversifying the state's energy mix through initiatives like wind and solar power development could alleviate pressure on the grid and help reduce reliance on traditional fossil fuels. Grid management is another area of focus for the PJM Interconnection. Utilities and operators are working to refine their methods for managing electricity flow across the grid, with a view to reducing reliability issues and minimizing blackouts.

Pennsylvania's Electrical Grid Faces Resilience and Efficiency Challenges #PJM #Pennsylvania #EnergyPolicy #GridResilience #RenewableEnergy #TransmissionInfrastructure

LS Power Grid California Successfully Completes Orchard Substation Project - Cozzy Energy Solutions LS Power Grid California Successfully Completes Orchard Substation Project The company has successfully energized the Orchard Substation in Fresno County, California, marking a significant milestone in its expansion into the state's transmission infrastructure. The substation, also known as the Gates 500 kilovolt (kV) Dynamic Reactive Support Project, provides critical operational reliability for the California Independent System Operator's (CAISO) bulk electric power grid in the San Joaquin Valley. The Orchard Substation features advanced dynamic voltage control technology that offers approximately 800 megavolt-amperes reactive (MVAR) support to Pacific Gas & Electric's Gates 500 kV Substation. This installation represents the largest static synchronous compensator (STATCOM) project in North America, underscoring LS Power Grid California's commitment to delivering cutting-edge transmission infrastructure. According to Paul Thessen, President of LS Power Development, the successful completion of the Orchard Substation complements the company's growing transmission systems in operation or development across eight states. With five additional transmission infrastructure projects currently underway in California, LS Power Grid California continues to expand its presence in the state. Thessen highlighted that the substation provides long-term cost savings for electricity consumers and enhances grid reliability and resiliency for CAISO's power grid. By offering binding cost protections and assuming project risks, LS Power Grid California aims to keep electricity costs lower for consumers while demonstrating the value of competition in transmission development. LS Power Grid California completed the Orchard Substation at a cost below CAISO's original estimate, showcasing the company's efficiency and commitment to delivering high-quality transmission infrastructure. The successful completion of this project marks an important step forward for LS Power Grid California as it continues to grow its presence in the California transmission market. The Orchard Substation is part of a larger effort by LS Power Grid California to provide stability and reliability within the state of California. With 780+ miles of high-voltage transmission built across multiple grid infrastructure projects, LSPower Grid has established itself as a leading player in the North American power and energy infrastructure sector.

LS Power Grid California Successfully Completes Orchard Substation Project #CAISO #TransmissionInfrastructure #PowerGrid #ElectricityCosts #CaliforniaEnergy #LSPowerGrid

The US Energy Grid Faces Inefficiencies from Competitive Bidding Process - Cozzy Energy Solutions The US Energy Grid Faces Inefficiencies from Competitive Bidding Competitive bidding for transmission projects has become a contentious issue in the energy sector. A recent whitepaper by the Developers Advocating Transmission Advancements (DATA) Coalition highlights concerns about the process, citing inefficiencies that drive up costs and delay benefits to customers. One of the primary issues with competitive bidding is that it does not necessarily lead to cost savings. In fact, the resulting turmoil can cause costs to rise due to delays and disruptions in the development process. This outcome is at odds with the Federal Energy Regulatory Commission's (FERC) policy objectives of advancing transmission infrastructure to ensure affordability and reliability for customers. The DATA Coalition's whitepaper presents case studies from various regions, including New England, PJM Interconnection LLC, CAISO, and MISO, which highlight concerns about competitive bidding. These include issues such as "bait and switch" tactics, illusory cost caps, and delays in critical infrastructure development. The cases demonstrate how FERC's Order No. 1000 policy has created an environment where developers engage in contentious negotiations over project development rights, leading to uncertainty that hinders actual infrastructure development. In 2015, FERC mandated the use of competitive bidding for transmission projects as part of its Order No. 1000. The goal was to encourage innovation and potentially lower costs by opening up the market beyond traditional right-of-first-refusal (ROFR) agreements held by incumbent transmission companies. However, the DATA Coalition argues that there is no evidence that FERC's policy has improved the process of developing needed transmission infrastructure. Instead, the coalition suggests that reform is necessary to address these issues and ensure that the energy grid can support the country's growing needs.

The US Energy Grid Faces Inefficiencies from Competitive Bidding Process #CAISO #EnergyGrid #CompetitiveBidding #TransmissionInfrastructure #FERC #ElectricityPolicy