#gridoptimization

[licaonia]

♠️_Stasera voglio che la tua bocca si esprima senza parole.

Che le tue labbra si riempiano di gemiti di soddisfazione che il tuo corpo non possa gridare in modo udibile.

Stasera voglio che tu invochi in modo irriverente il fuoco della tua passione.

Buona sera Trumbl 🖤🌹

©️Licaonia Lupe

[dorleco]

EV Energy Management Systems (EVEMS)

Introduction

Electric vehicles, or EVs, are drastically changing how people travel across the world. Over 16.5 million EVs were in use globally by the end of 2021, a fourfold increase from 2018. This rapid expansion signifies a significant change in the direction of sustainable mobility. However, when more EVs are connected to the grid, new issues with energy demand, grid stability, and infrastructural preparedness are also brought about.

EV Energy Management System (EVEMS) have become vital instruments to facilitate this shift. In addition to maximising EV charging, these intelligent technologies are facilitating resource sustainability, grid balance, and economical energy consumption. The significance, capabilities, advantages, and prospects of EVEMS will be discussed in this blog, along with how businesses such as Dorleco are spearheading the transition to a more intelligent EV ecosystem.

The Development of EVs and How They Affect Energy Demand

Global electricity usage is being greatly impacted by the explosion in EV adoption. By 2030, 4–10% of peak-time electricity demand may come from EV charging, according to the International Energy Agency’s Global EV Outlook 2020. Global energy systems face both opportunity and difficulty because of this rising demand.

The majority of EVs spend roughly 95% of their time parked, which indicates a discrepancy between charging habits and energy consumption patterns. This makes controlling how, when, and where EVs take power imperative.

In affluent countries such as Canada, where EV use is rapidly increasing, this mismatch becomes especially noticeable in residential districts and mixed-use buildings. Demands for charging could overwhelm local networks and raise operating costs if energy management is not done intelligently.

Restrictions to the Broad Adoption of EVs

EVs confront several major obstacles that prevent widespread adoption, despite their advantages for the environment and technological advancements:

1. Inadequate Infrastructure for Charging

Access to dependable charging stations is still a big problem, particularly in underdeveloped urban or rural locations. Many prospective EV purchasers are still put off by range anxiety, or the worry that they won’t have access to nearby charging stations when their battery runs out.

2. Risks of Grid Overload

Rapid growth in EV charging can significantly strain local and regional power networks, especially during peak hours. Blackouts, higher utility bills, and decreased system dependability may result from this.

3. Reliance on Minerals from Rare Earth

Minerals like nickel, cobalt, and lithium are essential to EV batteries. The supply chain is under strain because to growing worldwide demand, which raises questions regarding price volatility, ethical sourcing, and environmental effects. The production of EVs may encounter significant obstacles if these resources are not used and recycled effectively.

EV Energy Management Systems’ (EVEMS) Function

EV Energy Management System provides a potent remedy for these issues. These technologies optimize energy consumption, enhance charging efficiency, and promote sustainable infrastructure development through the use of data analytics, artificial intelligence, and smart grid integration.

Let’s examine the ways in which EV Energy Management System are changing the EV ecosystem:

1. Improving the Infrastructure for Charging

Effective use of the current infrastructure is guaranteed by smart energy management. To plan to charge as efficiently as possible, EV Energy Management System keeps an eye on variables including energy prices, the availability of renewable energy, and customer demand.

These systems are capable of:

Minimize the need for expensive upgrades

Increase the number of charging stations available

Use mobile apps to deliver real-time charging status notifications.

Reduce downtime for charging

2. Maintaining Grid Stability while Balancing Load

In grid load balancing, EVEMS are essential. They aid in flattening peak demand curves and enabling more equitable energy distribution by synchronizing charge schedules.

An EVEMS might, for example, schedule:

charging at night, when there is less demand on the grid

When solar energy is plentiful in the afternoon, charging

In addition to preventing grid overload, this strategy promotes the use of renewable energy, which lessens dependency on fossil fuels and increases grid resilience overall.

3. Battery Recycling and Monitoring

The performance and sustainability of EVs are largely dependent on their batteries. EV Energy Management System assistance:

Check the condition of the battery.

Increase battery life by controlling ideal charging circumstances.

Find early indicators of battery deterioration and notify consumers about them.

Additionally, by tracking battery lifecycle data, EVEMS can help ensure that scarce elements like cobalt and lithium are recycled effectively. This promotes a circular economy and lessens the impact on the environment.

EVEMS’s advantages for customers

EVEMS provide immediate, palpable advantages to individual EV owners in addition to addressing more general systemic issues.

1. Comprehensive Analysis and Insights

EVEMS platforms provide consumers with comprehensive information on:

Driving behaviours

Behaviour of charging

Use of energy

Actionable suggestions, such as when to charge during off-peak hours to save money and enhance battery health, are offered by apps like Tesla’s energy dashboard.

2. Economic Savings

Electricity expenditures are greatly decreased by energy management and intelligent scheduling. EV Energy Management System maximizes cost-efficiency by charging during low-rate hours and reducing energy waste.

Improved User Experience

EVEMS provides a smooth experience with its user-friendly apps and intelligent scheduling:

Personalized pricing schedules based on daily driving requirements

Alerts about nearby charging stations that are available

Optimizing routes for longer trips

Consequently, this ease of use enhances customer satisfaction and further encourages the broader adoption of EVs.

3. Longer Battery Life

EVEMS offers individualized maintenance advice by evaluating real-time data, including charging temperature and frequency. By taking a proactive stance, wear and tear is reduced, early battery replacement is less necessary, and long-term ownership expenses are decreased.

Connecting EVs, Power Grids, and Charging Networks

Indeed, the integration of EVEMS throughout the energy economy represents perhaps their most revolutionary potential. Specifically, these systems enable two-way communication between electric vehicles, charging infrastructure, and the power grid, paving the way for a more intelligent and responsive energy ecosystem.

EVs

Stations for charging

Utility companies

This synchronization makes it possible to:

Dynamic pricing encourages customers to buy at off-peak hours.

Managing loads and striking a balance between local energy supply and demand

Real-time routing minimizes needless detours and assists cars in avoiding crowded stations.

As a result, EVEMS improve transportation’s intelligence and responsiveness to energy realities while also making it cleaner.

Reducing Reliance on Rare Earth Minerals

In response to the growing international concern over the environmental cost of mineral extraction, EVEMS offers a novel approach. By extending battery life and enabling efficient recycling, these solutions significantly reduce the need for continuous raw material extraction.

Mining of new raw materials

High-impact, high-cost production methods

In order to promote a more sustainable product lifespan for EV components, EVEMS also instruct users on appropriate disposal and recycling procedures.

Important Things to Think About When Implementing EVEMS

To that end, a few elements are crucial for governments, corporations, and real estate developers wishing to implement EVEMS (Electric Vehicle Energy Management Systems):

1. Evaluation of Current Infrastructure

Therefore, successful integration depends on insights into hardware, usage patterns, and the available electrical infrastructure.

2. Compatibility

As a result, achieving smooth functionality requires system interoperability across different vehicle models, charging stations, and utility infrastructures.

3. The ability to scale

Given the anticipated significant increase in EV usage, the design team needs to create EVEMS with scalability in mind, both in terms of hardware and software capabilities.

4. Security of Cyberspace

Robust security protocols are essential to safeguard privacy and stop cyberattacks since EVEMS gather and send sensitive user and grid data.

Leading the Way: Dorleco’s Contribution to EVEMS Innovation

In line with the evolving demands of electric mobility, and furthermore, as part of our ongoing mission to drive innovation, Dorleco remains steadfast in its commitment to transforming the EV experience through cutting-edge solutions.

VCUs, or smart vehicle control units

Keypads and CAN Displays

Personalized EV Software Services

Our technological advancements allow:

Effective use of energy

Improved infrastructure for charging

Dependable integration of the gridAt Dorleco, we promote more seamless EV adoption across the fleet, commercial, and residential sectors by placing a strong emphasis on sustainability, user experience, and innovation. Consequently, by addressing challenges such as grid overload, enhancing energy efficiency, and improving system interoperability, we are actively contributing to the development of a more intelligent and environmentally friendly future for electric mobility.

Conclusion:

Electric cars are becoming an essential part of global sustainability initiatives, not just a passing fad. However, we require intelligent systems that can control energy, guarantee efficiency, and adjust to change to support the EV revolution.

The foundation of this change is EV Energy Management Systems (EVEMS). EVEMS are essential to achieving the full potential of electric mobility, from empowering customers and lowering resource dependency to stabilizing grids and optimizing batteries.

As a result, the goal of a cleaner, smarter, and more connected transportation future is becoming closer to reality, especially as businesses like Dorleco continue to drive innovation.

Are you ready to make your trip more exciting? As the global push for cleaner mobility gains momentum, now is the time to drive toward a sustainable future — one smart charge at a time — by partnering with Dorleco.

[skyquesttinsights]

Energy As A Service Market Trends and Analysis: Global Growth and Market Insights 2032

The Energy as a Service (EaaS) market is one of the most dynamic and rapidly evolving sectors in the global energy landscape. As the world transitions towards more sustainable, efficient, and decentralized energy solutions, EaaS is poised for significant growth. This market is driven by advancements in digital technology, the growing adoption of renewable energy, and the rising need for energy efficiency in both residential and industrial sectors. By 2032, the EaaS market is expected to reach substantial size, with transformative impacts on energy consumption, cost management, and sustainability efforts worldwide. Energy As A Service Market size was valued at USD 66.44 Billion in 2024 to USD 122.25 Billion by 2032, growing at a CAGR of 9.10% during the forecast period (2025-2032).

What is Energy as a Service (EaaS)?

Energy as a Service refers to a business model that provides energy solutions as a service rather than traditional energy supply. Under this model, customers, both commercial and residential, can access energy management services, renewable energy generation, storage systems, and energy efficiency measures on a subscription or pay-per-use basis. The main objective of EaaS is to optimize energy consumption, reduce operational costs, and promote the adoption of clean energy technologies.

EaaS integrates cutting-edge digital platforms, smart grids, cloud computing, and data analytics to monitor, manage, and optimize energy usage. Customers can benefit from real-time insights into their energy consumption patterns and receive tailored solutions that align with their sustainability goals and financial objectives.

Get a Free Sample Copy - https://www.skyquestt.com/sample-request/energy-as-a-service-market

Energy as a Service Market Drivers

Several factors are driving the growth of the EaaS market, including:

1. Rising Demand for Renewable Energy: As governments, corporations, and individuals increasingly prioritize sustainability, there is growing interest in renewable energy sources such as solar, wind, and hydropower. EaaS enables easy access to these renewable energy options by providing customers with infrastructure and services without having to invest heavily in energy assets themselves.

2. Cost Efficiency and Flexibility: Traditional energy procurement models often come with high upfront costs, especially for the installation of renewable energy systems. EaaS reduces these capital expenses by offering flexible payment models, such as subscription-based or performance-based contracts. This affordability is crucial for making clean energy accessible to a broader range of businesses and homeowners.

3. Technological Advancements: Advances in energy storage, smart grids, and IoT-based solutions have made energy management systems more efficient and accessible. EaaS providers use these innovations to optimize energy use and provide real-time monitoring, predictive maintenance, and dynamic pricing models, all of which contribute to greater energy efficiency and lower costs.

4. Energy Security and Resilience: Increasing concerns over energy security, particularly in regions affected by power outages, climate-related disruptions, and supply chain vulnerabilities, are encouraging investments in resilient and decentralized energy solutions. EaaS solutions, which often include microgrids and backup power systems, enhance energy resilience by providing reliable and continuous power.

5. Government Policies and Incentives: Many governments around the world are introducing favorable regulations, incentives, and subsidies to encourage the adoption of clean energy technologies and the transition to sustainable energy models. These policies provide financial support for EaaS solutions, making them more appealing to potential customers.

Market Segmentation

The Energy as a Service market can be segmented based on service types, end-use industries, and regions.

1. By Service Type 

   - Energy Management Services: Includes services that focus on optimizing energy consumption and reducing energy costs through monitoring, analysis, and efficiency improvements.

   - Renewable Energy as a Service: Provides access to renewable energy sources without ownership responsibilities, including solar power and wind energy.

   - Energy Storage Solutions: Includes the deployment of energy storage systems that help customers store energy generated from renewable sources.

   - Grid Management Services: Provides solutions for optimizing grid operations, load balancing, and enhancing grid reliability.

2. By End-Use Industry 

   - Residential: Individuals and households seeking to reduce energy bills and carbon footprints.

   - Commercial: Businesses and industries that require efficient energy management solutions to reduce operational costs and improve sustainability.

   - Industrial: Large-scale manufacturing units and factories that benefit from optimized energy consumption and reliable power supply.

   - Utilities: Utility companies seeking advanced energy management solutions to ensure grid stability and reduce operational expenses.

Make an Inquiry to Address your Specific Business Needs - https://www.skyquestt.com/speak-with-analyst/energy-as-a-service-market

Regional Market Insights

1. North America: North America, particularly the United States, is a dominant region for the EaaS market due to a high level of technological innovation, growing adoption of smart grids, and strong policy support for renewable energy. The region’s energy consumers, ranging from residential to industrial, are increasingly opting for cost-effective, sustainable, and reliable energy solutions.

2. Europe: Europe is witnessing rapid growth in the EaaS market, driven by ambitious sustainability targets set by the European Union. Countries such as Germany, France, and the UK have introduced strong regulations and incentives to foster the growth of renewable energy, and the EaaS model fits well within these initiatives.

3. Asia-Pacific: The Asia-Pacific region is expected to experience the fastest growth in the EaaS market. With a large and diverse energy demand, coupled with the rapid industrialization of countries like China and India, there is significant potential for energy optimization and the integration of renewable energy systems. EaaS is also gaining popularity in this region as a cost-efficient solution for businesses looking to modernize their energy infrastructure.

4. Latin America and Middle East & Africa: These regions are still in the early stages of adopting EaaS solutions, but both have large untapped markets for renewable energy and energy efficiency services. The Middle East, with its heavy reliance on traditional energy sources, is beginning to diversify into cleaner alternatives, creating opportunities for EaaS providers. Latin America, with its abundant renewable energy resources, offers a promising market for solar energy as a service.

Top Player's Company Profiles in Energy As A Service Industry

ENGIE (France)

Enel X (Italy)

Schneider Electric (France)

Ameresco (US)

Siemens (Germany)

General Electric (US)

Veolia (France)

Honeywell (US)

Centrica (UK)

Alpiq (Switzerland)

Johnson Controls (US)

Bernhard (Germany)

Enel SpA (Italy)

Spark Community Investment Co. (US)

Electricite de France (EDF) SA (France)

TotalEnergies (France)

Orsted (Denmark)

NextEra Energy (US)

Iberdrola (Spain)

Equinor (Norway)

Take Action Now: Secure Your Energy as a Service Market Today - https://www.skyquestt.com/buy-now/energy-as-a-service-market

Market Challenges

While the EaaS market is growing rapidly, there are some challenges that may hinder its expansion:

1. Initial Investment and Adoption Costs: Despite the cost savings over time, the initial setup costs for EaaS solutions can be a barrier, particularly for small to medium-sized businesses and homeowners.

2. Regulatory and Policy Barriers: While many countries offer incentives for renewable energy, some still lack clear regulations and policies governing the EaaS market, which can create uncertainty for businesses seeking to enter the market.

3. Complexity in Integration: Integrating new EaaS solutions with existing energy infrastructure can be complex and require substantial coordination between service providers, utility companies, and customers. This could result in delays and additional costs.

Future Outlook

The Energy as a Service market is poised for significant expansion over the next decade, driven by growing demand for renewable energy, technological innovation, and the push for energy efficiency across the globe. By 2032, the market is projected to grow substantially, with an increasing number of consumers adopting EaaS solutions to meet sustainability goals and reduce energy costs. As technological advancements continue to emerge and more regions adopt favorable policies, the EaaS market will become an essential part of the global energy ecosystem.

For companies entering this space, understanding regional dynamics, investing in innovative technologies, and aligning with regulatory trends will be critical to capturing the growth potential in this rapidly evolving market.

Read Energy as a Service Market Report Today - https://www.skyquestt.com/report/energy-as-a-service-market

The Energy as a Service market represents a transformative shift in how businesses and individuals approach energy consumption and sustainability. As renewable energy adoption accelerates and technology continues to advance, EaaS will play a crucial role in reshaping the global energy landscape. By 2032, the market is expected to achieve significant growth, driven by demand for cost-efficient, reliable, and sustainable energy solutions.

[gvhbhj]

Top Energy Consulting Companies

Energy Companies Are Scrambling To Streamline Energy Operations, Improve The Performance Of The Grid And Positively Impact Efficiency And Productivity. This Has Led Energy Consulting Companies To Leverage A Range Of Innovative Tech Solutions To Help Reduce The Cost Of Power Generation And Increase Energy Storage Capacity.

Read More : Energy Business Review

[reliservsolutionsbd]

Optimize Your System: Choose Our Top-Notch Power Transformer Testing and Commissioning Service 

In the realm of efficient power systems, the significance of reliable transformers cannot be overstated. Ensuring these critical components operate at peak performance is pivotal for the seamless functioning of any electrical infrastructure. Welcome to our blog, where we delve into the essential realm of power transformer testing and commissioning services. Our commitment is to offer an in-depth exploration of why selecting top-tier testing and commissioning services is paramount for optimizing your system's functionality and longevity. Join us as we unravel the intricacies of this vital process and shed light on why our services stand as the epitome of excellence in ensuring the reliability and efficiency of your power system.

Why Reliserv Solution Bangladesh is Important for your Power Transformer Testing and Commissioning Service

Reliserv Solution Bangladesh offers a comprehensive lineup of transformer testing and commissioning services, meticulously crafted to suit the distinct needs of your power system. Backed by a team of adept professionals, we deliver an extensive spectrum of transformer testing and commissioning solutions. Our proficiency spans various voltage levels, covering Low Voltage (LV), Medium Voltage (MV), High Voltage (HV), and Extra High Voltage (EHV) systems. We specialize in performing Equipment Testing and Commissioning (ETC) for both Air-Insulated Substations (AIS) and Gas-Insulated Substations (GIS). Armed with state-of-the-art testing equipment, we ensure precise execution, conducting thorough and accurate tests on transformers to ensure their optimal functioning.

Services Provided in the Testing and Commissioning of Power Transformers include:

Offline Testing

Analysis of Dielectric Frequency Response (DFR):

Measurement of Transformer Capacitance and Tan Delta

Measurement of Insulation Resistance and Polarization Index:

Verification of Operational Performance for Protection Devices such as PRV, Buchholz Relay, MOG, OTI, WTI

Measurement of Sweep Frequency Response Analysis.

Measurement of Transformer Turns Ratio

Online Testing

Measurement and Localization of Partial Discharge

Measurement of Moisture Content Online

Testing Transformer Oil (Screening, DGA, and Furan Analysis)

Thermography

Conclusion

In conclusion, the selection of top-tier power transformer testing and commissioning services is not merely a choice; it's a strategic investment in the longevity and efficiency of your power system. Our commitment to excellence in providing these crucial services aims to optimize your system's performance, ensuring its reliability and functionality. By choosing our top-notch testing and commissioning service, you're embracing a commitment to precision, accuracy, and the highest industry standards. We stand ready to partner with you in safeguarding your power infrastructure, guaranteeing its seamless operation and longevity. Make the choice for reliability and efficiency – choose our power transformer testing and commissioning service for a system that operates at its absolute best.

At Reliserv Solution Bangladesh, we serve as your premier destination for a complete range of transformer testing and commissioning services, precisely tailored to meet your power system's requirements. Our expertise extends to providing comprehensive Equipment Testing and Commissioning (ETC) solutions for both Air Insulated Substations (AIS) and Gas Insulated Substations (GIS). To connect with us and discover more about our services, feel free to contact us at +917506112097 or email us directly at marketing@reliserv.in. We stand prepared to support your needs and offer tailored solutions that best fit your requirements. For further details regarding our Power Transformer Testing and Commissioning Service, kindly visit our website by clicking here. Our commitment lies in delivering top-notch products and services, ensuring utmost satisfaction for our valued customers. We eagerly anticipate the opportunity to efficiently meet and serve your needs with our high-quality offerings.

[lovelypol]

Advanced Distribution Management Systems Market Reaching $8.1B by 2033 ⚡🌍

Advanced Distribution Management Systems (ADMS) market is poised for significant expansion, growing from $3.2 billion in 2023 to $8.1 billion by 2033, at a CAGR of 9.5%. This growth is fueled by the increasing need for grid modernization, renewable energy integration, and enhanced power distribution efficiency.

To Request Sample Report: https://www.globalinsightservices.com/request-sample/?id=GIS23250 &utm_source=SnehaPatil&utm_medium=Article

Key Market Drivers & Trends

⚡ Grid Modernization & Smart Grids — Utilities are investing heavily in intelligent distribution solutions to improve reliability and efficiency. 🌞 Renewable Energy Integration — ADMS enables seamless incorporation of solar, wind, and other renewable sources into power grids. 📊 Data-Driven Energy Management — AI-powered analytics and real-time monitoring are optimizing grid performance. 🔌 Rising Demand for Outage Management Solutions — Enhanced fault detection, isolation, and service restoration (FLISR) improve power reliability.

Regional Market Insights

🌎 North America Leads — The U.S. dominates with aggressive investments in smart grids and grid automation. 🇪🇺 Europe Follows — Strict regulations and renewable energy policies drive adoption in Germany & the UK. 🌏 Asia-Pacific Expands Rapidly — China & India focus on grid upgrades to support massive urbanization.

Market Segmentation & Applications

🖥 Software (45% market share) — Distribution & energy management software drive innovation. 📡 Hardware (25%) — Sensors, controllers, and communication devices enhance grid efficiency. 🔧 Services (30%) — Consulting, implementation, and maintenance play a crucial role.

Competitive Landscape & Future Outlook

🏢 Schneider Electric — Leading with AI-driven grid solutions. 🏢 Siemens AG — Expanding smart grid integration capabilities. 🏢 General Electric — Innovating cloud-based ADMS solutions.

🚀 Future Growth Opportunities:

Smart city projects fueling ADMS expansion.

AI and machine learning adoption in energy distribution.

Rising investments in cybersecurity for grid protection.

🌟 Despite challenges like cybersecurity threats and high initial costs, the ADMS market presents immense opportunities for digital transformation in energy distribution.

🔗 #ADMS #SmartGrids #EnergyManagement #GridModernization #RenewableEnergy #AIinEnergy #PowerDistribution #OutageManagement #IoT #DigitalEnergy #SustainableEnergy #EnergyEfficiency #SmartCity #GridOptimization #TechInnovation #DataAnalytics #FutureOfEnergy #CyberSecurity #IndustrialAutomation #EnergyResilience #UtilityTechnology #DigitalGrid #GridAutomation #SmartInfrastructure #PowerTech #SmartEnergySolutions

[agilenano]

Agilenano - News: Why California Residents Could See Even More Blackouts This Wildfire Season

California utility Pacific Gas & Electric may need to rely even more heavily on forced blackouts this year to prevent its grid from starting more deadly wildfires like the ones that drove it into bankruptcy.  In a statement emailed to GTM, PG&E insists it's not behind schedule on its 2020 wildfire-mitigation work. But according to data released last week as part of its first-quarter earnings report, the utility still has a long way to go in areas like grid hardening, vegetation clearing, physical inspections, and installation of specialized gear on its distribution and transmission system.  Meanwhile, the inspections that PG&E has done in the past year have been sharply criticized by U.S. District Court Judge William Alsup, who last week ordered the utility to adhere to much more stringent processes for inspecting its power lines. Alsup’s order described PG&E’s reports on its work to date as a “mere courtroom prop,” concealing failures to trim trees that are clearly in danger of striking distribution lines or to replace worn equipment on high-voltage transmission towers. But the judge's orders to expand PG&E’s inspection workforce come at an extraordinary time. The coronavirus pandemic is causing problems for fire-prevention and utility work statewide. For PG&E, COVID-19 restrictions and economic disruptions “will continue to result in workforce disruptions, both in personnel availability (including a reduction in contract labor resources) and deployment,” the utility wrote in a filing.  Making matters worse, Northern California’s meager rain and snowfall this winter and spring could lead to a fire season that’s more dangerous and begins earlier than it did last year. That leaves PG&E little time to catch up on its work.  It also increases the possibility that many of its customers will still be confined to their homes under coronavirus restrictions, depending on the state’s reopening plans and the course of the pandemic over the coming months, said Michael Wara, the head of Stanford University’s Climate and Energy Policy Program and a member of Gov. Gavin Newsom’s Wildfires Blue Ribbon Commission. That could complicate plans to help elderly or medically vulnerable people who face hardship or even death without power by bringing them to generator-powered community shelter sites, or to quickly deploy the field crews needed to meet California regulators’ demands for this year’s power shutoffs to last no more than 24 hours, Wara said in an interview this week.  “My question, looking at this data, is whether PG&E is clearly communicating with the state, with local governments, with the [state's] Office of Emergency Services, and with Cal Fire,” the state's firefighting agency, “in terms of how the pandemic is going to affect operations,” Wara said. “I’m hopeful, but I’m concerned.”   Much wildfire mitigation work yet to be done PG&E has incurred about $2.6 billion in costs for its 2019 wildfire-mitigation work and expects to incur another $2.7 billion in related costs this year. But the utility revealed last week that the roughly $700 million it has spent so far this year has yielded minimal progress on its goals as of March 31.  As of March 31, PG&E had completed 32 percent of its planned tree trimming and removal along 1,800 miles of distribution lines, and 19 percent of its work to replace poles and cover or bury bare wires along 241 miles of lines.  PG&E is also moving slowly on technology to better predict and pinpoint parts of the grid under the highest fire threat. At the end of March, it had installed 16 percent of the 592 grid-sectionalizing devices it will use to isolate and minimize power outages, and deployed fewer than one in 10 of the 400 weather stations to measure wind speeds and humidity, and 200 high-definition cameras for spotting broken equipment or fires as they’re happening.  The only portion of its wildfire plan where PG&E has exceeded its plan to date is in acquiring emergency backup generators for communities at highest risk of having their power cut off for days at a time — 450 megawatts of them, compared to the 300 megawatts it planned for.  Credit: PG&E Wara pointed out that it’s harder for PG&E to do work in the first quarter, given that winter conditions can prevent work from happening across much of its mountainous and forested territory at higher wildfire risk. Utilities also tend to do more work on planning their annual course of work during the winter months, leaving more on-the-ground work for the spring and summer.  “On the other hand, we had an extraordinarily mild winter this year,” Wara said, with far lower snowfall than usual in the Sierra Nevada region, which has also increased wildfire risk expectations for this year.  This difference in weather from last year to this year could make it difficult for PG&E to reduce the scope of its fire-prevention blackouts this year, Wara said.  In an email, PG&E spokesman Matt Neuman said the utility is currently on track to meet its 2020 wildfire mitigation plan targets, and is on schedule for all of the categories of work except its distribution grid sectionalization program, which is being reconfigured to reach its full deployment by Sept. 1. In its Q1 presentation, PG&E stated that its backup generators, grid sectionalizing and transmission line repairs and distribution line inspections it’s done should reduce the number of customers affected by blackouts by about one-third — but there's a big caveat. The reduction in blackouts would come only “if the exact same weather patterns are seen in 2020 as experienced during the largest [public-safety power shutoff] events in 2019.”  That's "significant," Wara said. "Last fire season was a pretty light fire season, and it had a very late start. We’re now headed into a fire season that’s likely to be much more severe, and with an earlier start.” California's other two utilities, Southern California Edison and San Diego Gas & Electric, have a better record of grid hardening and wildfire mitigation work, and used fire-prevention blackouts at far smaller scales last year.  PG&E’s preparedness for wildfire mitigation was brought further into doubt in last week’s order from Judge Alsup, who oversees the utility’s criminal probation for convictions related to the deadly 2010 San Bruno natural-gas pipeline explosion. Alsup’s order (PDF) flatly states that “PG&E remains years away from compliance with California law and with its own wildfire mitigation plan.” Alsup ordered PG&E to put its own employees to work alongside subcontractors to get the work done more quickly. Transmission line concerns could widen de-energization impacts  Alsup also excoriated PG&E’s high-voltage transmission tower inspection process. Days before the Nov. 2018 Camp Fire, inspectors failed to discover the worn “C-hook” that broke and allowed a 115-kilovolt transmission line to contact the tower, creating sparks that caused the fire. Later inspections found 32 other C-hooks on the same line that needed immediate replacement.  Inspections in 2019 may also be suspect, Alsup wrote. Last year, a 230 kV transmission line in Sonoma County was cleared in three separate PG&E inspections, “once by drone, once by climbing, and once by ground” crews. But during an October windstorm, a jumper cable that routes power flow around a transmission tower broke loose, a failure that's suspected of causing the Oct. 2019 Kincade fire.  That 230 kV line remained energized amidst a broader de-energization of lower-voltage transmission and distribution systems in the area. Cal Fire hasn't announced the fire’s cause, but PG&E's Q1 report noted it has set aside $600 million in anticipation of covering damages it caused — a figure at “the lower end of the range” of potential losses.  “Like a broken record, PG&E routinely excuses itself by insisting that all towers had been inspected and any noted faults were addressed,” Alsup wrote. “But these transmission tower inspections failed to spot dangerous conditions.” He ordered PG&E to record the age and specific condition of inspected transmission equipment, videotape every inspection, and require all contractors doing the work to carry insurance to cover public losses in event of a wildfire.  PG&E is under pressure to win court approval of its bankruptcy plan by June 30 as a precondition of being allowed to access a $21 billion state wildfire insurance fund considered critical for its future financial stability. But any fires caused by its equipment after its Jan. 2019 bankruptcy filing and before its emergence from bankruptcy, now slated for the end of August, would not be eligible for being covered under that fund.  This opens the possibility that PG&E may be compelled to consider de-energizing higher-voltage transmission lines as it responds to windy, dry conditions that guide its wildfire-prevention outage decisions this summer and fall, Wara said. “Before the Camp fire, PG&E didn’t turn off any transmission. After the Camp fire, they turned off the 60 kV and 115 kV in high-risk areas — and the Kincade fire ignited.”  “I think the biggest upcoming question for this fire season is what happens with transmission,” he said. “I hope the stringency of the inspections [has] increased significantly in the past few years, given the errors” described in Alsup’s order, to give PG&E the confidence that it can keep higher-voltage power lines energized during high-wind events.  Doing otherwise “could have a much more systematic impact on generation available for load [and] on resource adequacy in various parts of the state,” Wara said. “We need to be talking about that and doing an analysis to make sure we’re OK.”  This story has been updated to include comments from PG&E regarding the schedule of its wildfire mitigation plan. #GridEdge,Regulation&Policy,GridOptimization,Utilities,News,

Agilenano - News from Agilenano from shopsnetwork (4 sites) https://agilenano.com/blogs/news/why-california-residents-could-see-even-more-blackouts-this-wildfire-season

[ebenalconstruct]

GridOptimal Initiative Changes Power Grid Interaction

GridOptimal, a new initiative aimed at creating better “grid citizens,” is developing metrics to analyze how buildings interact with the power grid.

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from https://www.buildings.com/article-details/articleid/21941/title/gridoptimal-changing-power-grid-interaction

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https://reliservsolutions.com/product/load-balancing-lb-siemens-pss-sincal-optimization-and-planning-modules/

[lovelypol]

⚡ Intelligent Electric Grids: Powering Growth to $21.8B by 2034

Intelligent Electric Grids Market is at the forefront of revolutionizing electricity distribution through advanced technologies that enhance efficiency, reliability, and sustainability. This market encompasses solutions like Advanced Metering Infrastructure (AMI), grid automation, demand response systems, and energy management tools. These innovations enable real-time monitoring and control of energy flows, reduce transmission losses, integrate renewable energy sources, and support dynamic pricing strategies. As a critical pillar of sustainable power infrastructure, intelligent grids are reshaping global energy systems.

To Request Sample Report: https://www.globalinsightservices.com/request-sample/?id=GIS11002 &utm_source=SnehaPatil&utm_medium=Article

Advanced Metering Infrastructure leads the market, holding a 45% share, driven by its role in precise data collection and efficient energy management. Distribution automation follows with a 30% share, reflecting the need for real-time monitoring and improved grid reliability. North America dominates, propelled by significant investments and government incentives, while Europe follows closely with robust renewable energy integration efforts in countries like Germany and the UK. The Asia-Pacific region, particularly China and India, is rapidly adopting intelligent grid technologies due to urbanization and growing energy consumption.

In 2023, smart grid technologies have seen remarkable growth, with a projected CAGR of 10% over the next decade. Major players such as Siemens AG, General Electric, and Schneider Electric are leading the charge, leveraging strategic partnerships and technological innovations to drive market expansion. Regulatory frameworks like the EU’s Clean Energy Package and the U.S. Smart Grid Investment Grant further bolster adoption.

While challenges such as high upfront costs and interoperability issues persist, advancements in AI, IoT, and cybersecurity promise to unlock new growth opportunities. Emerging markets and smart city initiatives are poised to play a significant role in the market’s evolution, positioning intelligent electric grids as a cornerstone of the sustainable energy revolution.

#SmartGrid #EnergyEfficiency #RenewableEnergy #IntelligentGrids #GridAutomation #CleanEnergy #FutureOfEnergy #EnergyInnovation #SustainablePower #EnergyManagement #SmartEnergySolutions #DynamicPricing #IoTInEnergy #EnergyResilience #GridOptimization #GreenTechnology #EnergyStorage #SmartCitySolutions #CybersecurityInEnergy #DigitalEnergy #AIInEnergy #SmartMeters #SustainableInfrastructure #GlobalEnergy #EnergyFuture #SmartEnergySystems

[lovelypol]

The Future of Home Energy: Smart, Efficient, Sustainable

Residential energy management is revolutionizing the way homeowners control and optimize their energy consumption, leading to significant cost savings and enhanced sustainability. This approach involves integrating advanced technologies like smart meters, home energy management systems (HEMS), and IoT-enabled devices to monitor, analyze, and manage energy usage in real-time.

These systems provide homeowners with detailed insights into their energy consumption patterns, allowing them to make informed decisions about energy use, reduce waste, and shift usage to off-peak times for lower rates. Renewable energy sources, such as solar panels, are often incorporated, further enhancing energy efficiency and reducing reliance on the grid. Energy storage solutions like home batteries complement these systems by storing excess energy generated during the day for use at night or during outages. With the advent of smart home technology, appliances can be automated to operate when energy demand is low, further optimizing consumption. Governments and utility companies are encouraging the adoption of residential energy management through incentives and rebates, recognizing its potential to reduce strain on the power grid and promote environmental sustainability. As technology advances and awareness grows, residential energy management is set to become a cornerstone of modern, eco-friendly living #ResidentialEnergyManagement #SmartHomes #EnergyEfficiency #SustainableLiving #HEMS #SmartMeters #HomeAutomation #RenewableEnergy #SolarPower #EnergyStorage #IoT #SmartTechnology #EnergySavings #EcoFriendlyLiving #GridOptimization #HomeBatteries #EnergyInsights #CostSavings #GreenLiving #FutureOfEnergy

[lovelypol]

Smart Metering Evolution: The Advanced Metering Infrastructure Market

The Advanced Metering Infrastructure (AMI) market is undergoing substantial growth as utility companies and industries worldwide recognize the transformative potential of smart metering technologies in modernizing energy management and consumption monitoring.

AMI involves the integration of advanced communication and measurement technologies, enabling bidirectional communication between utility providers and consumers. This facilitates real-time data collection and analysis of energy consumption patterns, allowing for accurate billing, demand response programs, and improved grid management.

The market's expansion is driven by the imperative of energy efficiency, regulatory mandates, and the integration of renewable energy sources. As smart cities and sustainability initiatives gain traction, the AMI market plays a crucial role in reshaping energy distribution, reducing waste, and empowering consumers with actionable insights into their energy usage.

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#AMIMarket #SmartMetering #EnergyManagement #SustainableEnergy #GridOptimization