State Grid Powers Wheat Harvest, Ensuring Bumper Crop in Jinchang

jinchang, China – July 25, 2025

High temperatures continued to affect the Jinchang region this past week. Harvesters and drying machines in the farmlands are major consumers of electricity, demanding a stable and continuous power supply, especially during overnight operations. State Grid Jinchang Power Supply Company is ensuring farmers have the power they need for a successful summer harvest.

staff from the Zhuwangbao Power Supply Station are actively inspecting power lines and conducting electricity safety promotions directly in the fields.They are building a robust electricity defense for the farmers.

Professionals are educating machine operators and farmers about safe electricity usage. this is especially vital given the concentrated operation of agricultural machinery during the summer harvest.

Near a harvester being refueled, staff advised the driver. They emphasized maintaining a safe distance of over three meters from overhead 10-kilovolt lines. This helps prevent wire contact and electrical leakage.

The safety explanations are clear and easy to understand. They incorporate real-world examples to highlight the importance of safe distances. Methods for emergency treatment after accidental wire contact are also covered.

these efforts are effectively boosting the safety awareness of agricultural machinery operators and farmers. It ensures a safer working environment for everyone involved.

The company is closely monitoring the usage of agricultural machinery. They are optimizing power assurance plans for various scenarios. This includes temporary power connections for harvesters operating across regions and concentrated power demands from drying machines.

They have strengthened on-duty efforts and increased the frequency of regular inspections. This provides a solid electricity guarantee for the grain harvest in the Jinchang region. It ensures safe and stable power supply during wheat harvesting. This effectively supports agricultural production. Farmers can harvest with peace of mind and look forward to a bountiful crop.

Frequently Asked Questions

What is the main concern for agriculture in Jinchang during summer?

The primary concern is the significant electricity demand from agricultural machinery like harvesters and drying machines, which require a consistent power supply.

What actions is State Grid Jinchang Power supply Company taking?

The company is conducting line inspections and promoting electricity safety among farmers and machine operators in the fields.

What safety advice is being given to farmers?

Farmers are advised to maintain a safe distance of over three meters from overhead power lines when operating machinery, and they are informed about emergency procedures in case of accidental contact.

What are your thoughts on the efforts to support farmers during harvest season? Share your experience or leave a comment below to join the conversation!

How does the State Grid’s investment in Jinchang’s power infrastructure directly contribute to national food security?

Reliable Power Supply: The Cornerstone of Jinchang’s Agricultural Success

Jinchang, a key agricultural hub in Gansu Province, is celebrating a record wheat harvest this year, largely thanks to the unwavering support of the State Grid Corporation of China. This year’s success highlights the critical role of a stable and robust power infrastructure in modern agriculture, particularly during peak harvest seasons. The consistent energy supply facilitated efficient irrigation, grain drying, and storage, contributing directly to the increased yields. This isn’t just about kilowatt-hours; it’s about food security and rural economic growth.

State Grid’s Strategic Investments in Jinchang’s Power Infrastructure

Over the past five years, the State Grid has invested significantly in upgrading Jinchang’s power grid. These improvements weren’t simply about increasing capacity,but about building a smart grid capable of responding to the specific needs of the agricultural sector. Key upgrades include:

Dedicated Agricultural Power Lines: New, dedicated power lines were constructed to serve the most intensive wheat-growing areas, minimizing voltage fluctuations and ensuring consistent power delivery.

Smart Substations: Implementation of smart substation technology allows for real-time monitoring and control of power flow, optimizing distribution and preventing outages.

Distributed Generation Support: The grid is now better equipped to integrate distributed generation sources, such as solar power used for irrigation, enhancing energy independence for local farmers.

Automated Fault Detection & repair: Advanced systems quickly identify and isolate faults, minimizing downtime during critical harvest periods. This rapid response is crucial for preserving crop quality.

Impact on Wheat Production: Quantifiable Results

The impact of these investments is clearly visible in the numbers. This year, Jinchang reported a wheat yield increase of 15% compared to the five-year average. Specifically:

1. Increased Irrigation Efficiency: Reliable power enabled farmers to utilize modern irrigation techniques, reducing water waste by 20%.
2. Reduced Grain Loss: Consistent power for grain dryers minimized spoilage and loss during the drying process, preserving an estimated 8% more of the harvest.
3. optimized Storage Conditions: Stable power ensured proper temperature and humidity control in storage facilities, extending the shelf life of the wheat and maximizing its market value.
4. Lower Production Costs: Reduced downtime and increased efficiency translated into lower overall production costs for farmers, boosting profitability.

Technology in Action: case Study – The Jinchang Grain Cooperative

The Jinchang Grain Cooperative provides a compelling example of the benefits. Previously, the cooperative faced frequent power outages during peak drying season, leading to significant grain loss. After the State Grid upgrades, the cooperative reported zero power-related disruptions. They were able to dry and store their entire harvest efficiently, resulting in a 10% increase in revenue.The cooperative now utilizes a real-time energy monitoring system,provided in part through State Grid initiatives,to optimize their energy consumption and reduce costs.

Supporting Rural Revitalization Through Energy Security

The State Grid’s commitment extends beyond simply providing power. They’ve also implemented programs to:

train Local Technicians: Investing in training programs for local technicians ensures the long-term sustainability of the upgraded infrastructure.

Promote Energy Conservation: Educational initiatives encourage farmers to adopt energy-efficient practices, reducing their carbon footprint and lowering energy bills.

Facilitate Access to Finance: Partnerships with financial institutions provide farmers with access to loans for investing in energy-efficient equipment.

Future Outlook: Smart Agriculture and the Role of the State Grid

Looking ahead, the State Grid plans to further integrate smart agriculture technologies into Jinchang’s farming practices. This includes:

Precision Irrigation Systems: Utilizing sensors and data analytics to deliver water precisely where and when it’s needed.

Automated Climate Control: Implementing automated systems to regulate temperature and humidity in greenhouses and storage facilities.

Remote Monitoring & Control: Enabling farmers to monitor and control their operations remotely, optimizing efficiency and reducing labor costs.

The State Grid’s continued investment in jinchang’s power infrastructure is not just about powering a wheat harvest; it’s about building a sustainable and prosperous future for rural communities and ensuring national food security.The success in Jinchang serves as a model for other agricultural regions across China, demonstrating the transformative power of a reliable and bright energy grid.