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State Grid Ensures Plum Harvest with Reliable Power Services

by Priya Shah – Business Editor
written by Priya Shah – Business Editor

State grid Jinchang Power Supply‍ Company⁢ Supports Plum Harvest⁣ with dedicated Power Services

JINCHANG, China⁤ – September 19, 2025 /PRNewswire/ – State Grid Jinchang Power Supply Company‌ launched a dedicated support campaign, “Guaranteeing Electricity for Autumn Harvest • services Entering the Fields,” on September 18th, focusing on the 1,000-mu Gobi plum planting base in Hejiawan Village, Yongchang County. This initiative provides complete power ⁣support for all stages of plum production – from harvesting and ​sorting to​ cold-chain transportation – ensuring ‍a accomplished harvest and bolstering local agricultural⁢ advancement.

To⁤ guarantee a ​reliable power supply during the critical ​harvesting season,⁢ the company developed customized “one garden, one policy” power ⁤guarantee plans tailored to the ⁣specific needs of the plum base. Teams conducted thorough inspections of the entire electrical⁣ infrastructure, including 10 kV power lines, distribution transformers, ⁣and irrigation pumps, proactively addressing⁤ potential issues like​ aging lines and loose connections.

Special attention was given to power-intensive areas like sorting workshops and cold storage⁣ facilities. On-site voltage stability ‌tests ​were performed, ⁣and farmers‌ received guidance on the proper operation of equipment to‍ prevent failures and maximize efficiency. These efforts​ resulted in the elimination ⁤of five identified hazards and the replacement of three​ aging switches, considerably enhancing the safety and reliability of the ‍power ‌supply.

This commitment from State Grid Jinchang Power Supply company not only secures this year’s plum harvest but also supports the long-term growth of the local agricultural industry. By integrating robust power services into rural development, the company actively contributes to China’s rural revitalization strategy, improving productivity,‌ increasing farmer incomes, and fostering⁤ a enduring rural economy. This successful model ⁤provides valuable insights for integrating power services with agricultural development and‍ promoting rural revitalization across more regions.

SOURCE State Grid‍ Jinchang Power Supply Company

Key‌ changes made:

* Conciseness: Removed some repetitive‍ phrasing while retaining all key data.
* Stronger Headline: Created a more impactful‍ headline.
* Clearer Lead: The opening paragraph is more⁤ direct and summarizes the core message.
* Flow & ⁣Readability: Improved sentence structure and transitions for smoother reading.
* Removed needless ⁣tags: Removed the HTML ‍tags like <span class="legendSpanClass"> and <span class="xn-chron"> as they ​are‌ not needed‍ in⁤ a plain text rewrite. The critically important⁣ information (date, location, person) is still ‍included.
* Professional Tone: Maintained a professional and informative tone suitable ⁢for ‌a press release.

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Campbell’s Soup Admits to Violating Clean Water Act in Ohio

by David Harrison – Chief Editor
written by David Harrison – Chief Editor

Campbell Soup Company Admits to Exceeding Pollution Limits in Ohio River Discharges

RICHMOND,CA – Campbell Soup Company has acknowledged exceeding permitted discharge ⁣limits for pollutants⁢ into the⁣ ohio River,violating federal environmental regulations,according to reports and statements from environmental advocacy groups. The company’s wastewater ‍discharges, containing phosphorus and other pollutants, contribute to harmful algal blooms⁣ and threaten aquatic life in the western basin of Lake erie.

The ‌issue centers around the company’s manufacturing facility in Napoleon, Ohio. Between spring 2017 and ​spring 2021, Campbell’s averaged 5.5 million gallons of daily ⁣wastewater⁤ flow, below⁣ the 10 million gallon daily permit limit,⁤ but still contributing⁤ to overall phosphorus levels in the Maumee River watershed, which feeds into Lake Erie.

“It’s this nasty, green slime⁣ that covers ⁤a huge portion of the​ western part of Lake Erie,” said John Rumpler, a representative ⁢of the environmental groups concerned about ‌the discharges. “It is incredibly toxic to humans and wildlife and pets.”

The Environmental ⁤Protection agency (EPA) states that excessive phosphorus leads to algal overgrowth,depleting dissolved ​oxygen,producing harmful toxins,blocking⁢ sunlight for underwater ​plants,and degrading aquatic habitats. Sources of phosphorus pollution include fertilizers, urban runoff,​ failing septic systems, and discharges from wastewater treatment ⁤plants.

A ‍June 2023 ​technical report from⁢ the Ohio EPA detailed ‍the permitted discharge ⁣levels and Campbell’s ancient flows.The company has reportedly acknowledged the need to improve its pollution control measures.

“They know this is a problem,” Rumpler said. ‍”They know‌ that ⁣they need to solve it. It is a question of exactly how much money is going ‍to be involved and what do they need to do to ensure ⁢that this pollution comes down to where it ⁢needs to be.”

The long-term health ‌of Lake Erie has‍ been a concern for decades, with nutrient pollution – particularly phosphorus – identified as​ a major ⁤driver​ of harmful algal blooms. ⁢These ​blooms⁤ can impact drinking water supplies, recreational activities, and the overall‌ ecosystem.

Campbell’s has not yet released a detailed plan outlining specific steps to⁢ address the​ discharge ​issues.

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News

Transwestern Pipeline to build natural gas pipeline for AZ utilities

by Emma Walker – News Editor
written by Emma Walker – News Editor

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New Natural Gas Pipeline Planned for Southwest, Aiming for 2029 Completion

Table of Contents

PHOENIX, AZ – August 7, 2025 – A new natural gas pipeline, spearheaded by Transwestern Pipeline Company, LLC, is slated to traverse New Mexico and southern Arizona, delivering fuel to Arizona’s central valley by late 2029. The project aims to bolster the region’s energy infrastructure and provide utilities with a more reliable and cost-effective gas supply, according to Arizona Public Service (APS), a key stakeholder.

Addressing Growing Energy Demand

The pipeline is a response to increasing energy demands in the rapidly growing Phoenix metropolitan area and surrounding communities. Arizona’s population has surged in recent years, placing a strain on existing energy resources. APS, which serves approximately 1.3 million customers across Arizona, stated it intends to utilize the pipeline “when it is most reliable and cost-effective for our customers, in conjunction with other resources in our balanced portfolio.” This strategy reflects a broader trend among utilities to diversify their energy sources while maintaining affordability and grid stability.

Project Details and Timeline

Transwestern will be responsible for the construction and operation of the pipeline, while utilities will be the recipients of the gas it carries. The company anticipates completing construction by late 2029, with construction slated to begin in mid-2028. The exact route remains under development, but is expected to generally follow a path through New Mexico and southern Arizona towards the Phoenix Valley.

Vicki granado, a spokesperson for Transwestern, emphasized the company’s commitment to minimizing environmental impact.”Our focus is to develop the safest route with the least environmental impact,” she stated.The company plans to prioritize utilizing existing rights-of-way, roads, and other previously disturbed areas to reduce the project’s footprint. Granado confirmed the pipeline will require approvals from the U.S.Army Corps of Engineers and the U.S. Fish and Wildlife Service,in addition to numerous state and local entities in both new Mexico and Arizona.

Regulatory Review and Public Input

The pipeline’s route will not be finalized until Transwestern completes a comprehensive regulatory review process. This includes detailed environmental,archaeological,and subsurface surveys. The Federal Energy Regulatory Commission (FERC) will play a central role in the approval process, and will host public open houses to gather feedback on the project. Transwestern will also conduct its own public outreach efforts. The FERC docket number for this project is currently unassigned, but will be publicly available once the formal application is filed, expected in early 2026.

Environmental Considerations and Potential Concerns

The project is likely to face scrutiny from environmental groups concerned about the potential impacts of pipeline construction on sensitive ecosystems, including the Sonoran Desert. Potential concerns include habitat fragmentation, disruption of wildlife corridors, and the risk of leaks or spills. Transwestern has stated it will conduct thorough environmental assessments and implement mitigation measures to address these concerns. The pipeline’s capacity is currently estimated at 800,000 dth (Decatherms) per day, though this figure is subject to change based on final design and demand projections.The pipeline will connect to existing Transwestern infrastructure in New Mexico, providing access to gas supplies from the Permian Basin and other production areas.

Sasha Hupka covers utilities and technology for The Arizona Republic. Reach her at sasha.hupka@arizonarepublic.com or 480-271-6387. Follow her on X: @Sashshhupka. Connect with her on linkedin: Sasha Hupka. Follow her on Instagram or Threads: @sashahup

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Business

Louisiana Electricity Bills Spike: Causes and Potential Solutions

by Priya Shah – Business Editor
written by Priya Shah – Business Editor

Louisiana Electricity Bills Surge as Natural Gas Prices climb, Grid Infrastructure Lags

BATON ROUGE, LA – August 7, 2025 – Louisiana residents are facing significantly higher electricity bills this summer, driven by a sharp increase in natural gas prices coinciding with peak heat. Natural gas costs, a primary fuel source for power generation in the state, rose nearly double in the first quarter of 2025 compared to the same period last year. This price hike is impacting consumers even as the cost of foreign coal has decreased – falling 39% year-over-year, according to data from the U.S. Energy Data Governance.

While global coal prices have dropped (with Colombian coal averaging $117 per short ton imported in Q1, while U.S. coal exported at $110 per short ton), the benefit isn’t fully translating to lower bills for Louisianians. Spot prices for domestic coal were around $79 per short ton in July. The primary driver remains the volatility and increase in natural gas costs.

However, fuel costs aren’t the sole contributor to rising electricity rates. Experts point to a critical lack of investment in Louisiana’s aging electrical grid as a meaningful factor. State Representative Jeremy Dismukes argues that utility companies bear duty for failing to modernize infrastructure that could deliver power more efficiently and reduce costs for customers.

“For them to sit there and say, ‘we don’t have any control over that,’ just isn’t true,” Dismukes stated, emphasizing that Louisiana is “behind the curve” in addressing grid modernization. Much of the state’s transmission and distribution network consists of aging lines that waste significant amounts of power.

Looking Ahead: Modernization & Choice Energy as Long-Term Solutions

The situation highlights the need for a multi-faceted approach to energy affordability and reliability in louisiana. Several potential solutions are gaining traction, including the expansion of renewable energy sources and targeted grid improvements.

Recent analysis from financial firm Lazard indicates that utility-scale solar and onshore wind are now cheaper than natural gas, even without government subsidies. This presents an opportunity to diversify Louisiana’s energy portfolio and stabilize costs.

A study by GridLab found that “reconductoring” – replacing existing transmission lines with advanced, more efficient conductors – could reduce electricity prices for consumers by up to 4%. however, utility companies have largely opted for conventional conductor line replacements, a process that is both more expensive and time-consuming. Building entirely new transmission lines is typically two to three times longer to complete than reconductoring, and those costs are ultimately passed on to ratepayers.furthermore, consumer advocates note a potential conflict of interest: increased efficiency in power delivery often translates to lower electricity sales, impacting utility company profits. This creates a disincentive for proactive grid modernization.

The long-term affordability and reliability of Louisiana’s electricity supply will depend on addressing these infrastructure deficiencies and embracing cost-effective, sustainable energy solutions.

Sources:

U.S. Energy information Administration: https://www.eia.gov/coal/production/quarterly/pdf/t6p01p1.pdf
 Lazard: https://www.lazard.com/media/uounhon4/lazards-lcoeplus-june-2025.pdf
GridLab: https://lailluminator.com/2024/04/24/few-of-entergys-1-9-billion-in-grid-hardening-projects-include-underground-power-lines/

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World

Russia economy meltdown as inflation soars to three year high | World | News

by Lucas Fernandez – World Editor
written by Lucas Fernandez – World Editor

Russian consumers have been hit with a hefty spike in inflation, caused primarily by an increase in charges for utilities. Inflation jumped to a three year high in the first week of July, according to new data.

The rate climbed to 0.79% in the period July 1-7. This is the highest weekly increase in the consumer price index since the spring of 2022, “Tariffs for certain types of utilities have changed on average across Russia,” the Kremlin’s statistical agency Rosstat said. The reason for the jump in inflation is the increase in housing and communal services tariffs.

A year ago, during the “tariff” week (from June 25 to July 1), prices rose by 0.66%. The government planned that tariffs would rise by an average of 11.9%, but regions can raise them more, which is what many did.

“Tariffs for certain types of utilities have changed on average across Russia (this is Rosstat’s euphemism for the word “increased” – TMT ): cold water supply +14.9%, sanitation +14.6%, hot water supply and heating +13.8%, liquefied gas +13.5%, electricity +13%,” Rosstat wrote in a statement.

The increase in housing and utilities tariffs will continue to affect inflation for several more weeks. Soaring inflation has become a serious problem for the Kremlin, forcing the Central Bank to raise interest rates to levels not seen in almost two decades.

Last year, bank officials raised interest rates to 21%, before cutting it back to 20% in recent weeks.

Russian shoppers have been particularly hit hard by spiralling food costs, which has seen prices for some staple items like potatoes skyrocket by a whopping 167%. The rising costs of food has forced the Kremlin to consider re-introducing price controls that were last used during the Soviet Union.

Yulia Ogloblin, Deputy Chairman of the State Duma’s Agricultural Committee, said the example of the Soviet price control model has already been discussed by the Kremlin.

“We have seen a ‘swing effect’ occur more and more often lately, when the purchase price of products drops sharply and then suddenly rises,” she said. “This happened with potatoes, milk, and butter. Prices should be set based on the current conditions, costs and profitability of producers.”

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Business

Permanent Magnet Motor Market: $93.75 Billion Growth by 2030

by Priya Shah – Business Editor
written by Priya Shah – Business Editor

Permanent Magnet Motor Market to Reach $93.75 Billion by 2030

Table of Contents

The global permanent magnet motor market is set to surge from an estimated $58.68 billion in 2025 to $93.75 billion by 2030, demonstrating a compound annual growth rate (CAGR) of 9.8%. This growth is fueled by increasing demand for high-performance, energy-efficient motors across diverse sectors.

Permanent magnet motors are gaining traction due to their superior efficiency, torque, and compact design compared to conventional motors. These motors utilize permanent magnets to generate the magnetic field, making them a preferred choice in automotive, industrial automation, HVAC, aerospace, and consumer electronics applications.

Key Growth Drivers in the Permanent Magnet Motor Market

The adoption of electric vehicles (EVs) is a significant catalyst for market expansion.Permanent magnet motors are favored in EV drivetrains as of their high power density and efficiency. Advancements in magnet technology, decreasing rare-earth material prices, and supportive government policies promoting energy conservation are also propelling market growth.

Did you Know? The global electric vehicle market is projected to reach 49.14 million units by 2030, growing at a CAGR of 21.1% from 2024, further boosting demand for permanent magnet motors in EV drivetrains.

Regional Market Dynamics

The Asia-Pacific region is poised to be the fastest-growing market for permanent magnet motors.Rapid industrialization, increasing EV production, and supportive government programs in countries like China, India, Japan, and south Korea are driving this growth. The region’s high concentration of motor manufacturers and parts suppliers facilitates faster production and innovation at competitive prices.

Government initiatives promoting energy efficiency and clean energy, coupled with rising investments in automation and infrastructure, are also contributing to the increased demand in this sector.

Key Players in the Market

Major players in the permanent magnet motor market include:

These companies are employing strategies such as acquisitions, product launches, agreements, partnerships, and expansions to strengthen their market position.

ABB and Siemens: Key Market Leaders

ABB (Switzerland) is a global leader providing products, systems, and services in utilities, infrastructure, and transportation. The company operates through four divisions: Electrification, Industrial Automation, Motion, and Robotics & Discrete Automation. ABB’s Motion segment, which includes electric motors and drives, is a critical revenue contributor. ABB has a strong presence in over 100 countries.

Siemens (Germany) focuses on electrification, automation, and digitalization across various sectors. The company produces generators, motors, transformers, and advanced control equipment. Siemens operates through five business units: Digital Industries, Smart Infrastructure, Mobility, Siemens Healthineers, and Portfolio Companies. The Digital Industries segment is a key growth driver, offering industrial automation products and software solutions.

Pro Tip: Companies looking to expand in the permanent magnet motor market should focus on innovation in magnet technology and strategic partnerships to enhance their product offerings and market reach.

Market Trends and Future Outlook

The permanent magnet motor market is expected to see continued growth, driven by increasing demand for energy-efficient solutions and the expansion of the electric vehicle market. Innovations in motor design and materials will further enhance the performance and cost-effectiveness of permanent magnet motors.

Permanent Magnet Motor Market Forecast
Year Market Size (USD Billion) CAGR (%)
2025 58.68 –
2030 93.75 9.8

What innovative applications of permanent magnet motors do you foresee in the next decade? How can governments and industries collaborate to accelerate the adoption of energy-efficient motor technologies?

Evergreen insights: Background, Context, Ancient Trends

Permanent magnet motors have evolved significantly over the past few decades. Initially, their adoption was limited due to the high cost of rare-earth magnets. However, advancements in material science and manufacturing processes have reduced costs and improved performance. The increasing focus on energy efficiency and reducing carbon emissions has further accelerated their adoption across various industries.

Historically, the industrial sector was the primary consumer of electric motors. However, the rise of electric vehicles has shifted the demand landscape, with automotive applications now representing a significant portion of the market. This trend is expected to continue as more countries implement stricter emission standards and incentivize the adoption of EVs.

FAQ

What are the advantages of using permanent magnet motors?
Permanent magnet motors offer higher efficiency,superior torque,and a more compact design compared to customary motors.
which industries benefit most from permanent magnet motor technology?
The automotive, industrial automation, HVAC, aerospace, and consumer electronics industries benefit significantly from permanent magnet motor technology.
How are government policies impacting the permanent magnet motor market?
Government policies promoting energy efficiency and clean energy are driving the demand for permanent magnet motors.
What role do rare-earth materials play in permanent magnet motors?
Rare-earth materials are used in the magnets of permanent magnet motors, contributing to their high performance.
What is the future outlook for the permanent magnet motor market?
The permanent magnet motor market is expected to grow substantially, driven by increasing demand for energy-efficient solutions and the expansion of the electric vehicle market.

Share your thoughts and experiences with permanent magnet motor technology in the comments below. Subscribe to our newsletter for the latest updates on market trends and technological advancements!

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