Master Builder

California is moving ahead with a huge new solar-and-battery project in Kern County.

The Sanborn Hybrid 3 project is planned at around 1.42 GW of capacity, with a target to become operational in 2026. It is designed to combine solar power with battery storage, helping store electricity and provide it to the grid when needed.

The project is part of California’s growing investment in large-scale renewable energy and battery storage. The state now has more than 21,000 MW of battery storage resources supporting its electricity grid.

A major solar project already operating nearby, Edwards & Sanborn, uses more than 1.9 million solar panels and has 3,287 MWh of battery storage, showing the scale of renewable-energy development in the region.

☀️🔋 California continues to expand its solar and energy-storage infrastructure.

Photo: AI Generated/ Representative Purpose Only

China is combining solar power with tea farming, creating “solar tea gardens” where both clean electricity and tea are produced on the same land. ☀️🍃

In these projects, elevated solar panels are installed above tea plants, allowing farmers to continue growing and harvesting tea underneath. A recent project in Suichang, Zhejiang, uses nearly 3,000 mu of tea gardens for a 95-MW solar project. It began full operation in October 2025 and is expected to supply about 130 million kWh of electricity annually.

Research published in 2026 also found that suitable solar-panel shading can create a cooler, more humid growing environment for tea. In the study, tea-leaf yields were 9.3–15.3% higher under the photovoltaic system, while some quality-related compounds also increased.

The idea is simple: solar panels above, tea plants below — allowing the same land to support both agriculture and renewable-energy production. 🌱☀️

China is continuing to explore this model in different tea-growing regions, including Zhejiang and Sichuan.

Photo: AI Generated/ Representative Purpose Only

China is combining solar power with tea farming, creating “solar tea gardens” where both clean electricity and tea are produced on the same land. ☀️🍃

In these projects, elevated solar panels are installed above tea plants, allowing farmers to continue growing and harvesting tea underneath. A recent project in Suichang, Zhejiang, uses nearly 3,000 mu of tea gardens for a 95-MW solar project. It began full operation in October 2025 and is expected to supply about 130 million kWh of electricity annually.

Research published in 2026 also found that suitable solar-panel shading can create a cooler, more humid growing environment for tea. In the study, tea-leaf yields were 9.3–15.3% higher under the photovoltaic system, while some quality-related compounds also increased.

The idea is simple: solar panels above, tea plants below — allowing the same land to support both agriculture and renewable-energy production. 🌱☀️

China is continuing to explore this model in different tea-growing regions, including Zhejiang and Sichuan.

Photo: AI Generated/ Representative Purpose Only

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China is using smart recycling machines to make recycling easier and more rewarding. ♻️

In some cities, people can place recyclable items such as plastic bottles, cardboard and other materials into special machines.

The machines can identify or weigh the items and calculate the value. Depending on the system, users can receive money or rewards through their account.

These smart recycling stations are part of wider efforts to use technology to improve waste collection and encourage people to recycle more.

It’s a simple idea: recycle useful materials and receive a small reward in return. 🌱🤖



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Rsearchers at Fujian Agriculture and Forestry University developed a living lotus-leaf transpiration generator. The device harvests electrical energy associated with the movement and evaporation of water through the living leaf.

The prototype produced about 0.25 volts and 50 nanoamps under the reported conditions. Multiple units could be connected to increase the output.

Here’s a Facebook-ready version:

and 50 nanoamps under the reported conditions. Researchers also showed that multiple devices could be connected to increase the output.

The idea is not about powering homes with lotus leaves. Instead, researchers are exploring whether plant transpiration could eventually provide useful tiny amounts of energy for low-power electronics and sensors.

It’s an interesting example of how a natural process happening inside plants could become a new source of usable energy. 🌱⚡



Photo: AI Generated/ Representative Purpose Only 

China is increasingly using robots on construction sites to handle heavy materials and repetitive jobs.

These machines can help with tasks such as transporting materials, welding, inspection, spraying and cleaning. 🤖🏗️

With cameras, sensors and AI systems, some robots can move around worksites and carry out tasks with greater precision.

The growing use of robotics is making construction more automated while helping workers with demanding jobs.



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🇨🇳🌾 DRONE FARMING AT NEARLY 84 — CHINA’S GRANDMA IS LEARNING SMART FARMING TECHNOLOGY.

Dai Shuying, from Tongcheng in Anhui Province, China, has gained attention for operating agricultural drones on her family’s farmland.

Now nearly 84 years old, she has learned to use the drone for tasks such as spreading fertilizer and helping with rice farming. Recent reports say she can help cover around 500–600 mu of farmland in a day — about 33–40 hectares. The reported efficiency is comparable to the work of about five people.

Her grandson Wang Tiantian introduced her to the technology and helped her learn how to operate the equipment. She became interested in the machines and gradually learned more about modern farming.

The family manages more than 600 mu of farmland, and smart agricultural equipment has become an important part of their work.

Dai has also become popular online, where she appears in videos with her grandson and shares their farming life.

Her story shows how modern technology is becoming part of everyday farming and how people of different generations can learn and work together. 🌾🚁🇨🇳

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China’s Yangcheng Lake region is a major Chinese mitten crab farming hub. In 2026, its annual crab production is expected to reach about 10,100 tonnes. 🦀🇨🇳

The farming area includes around 65,400 mu of high-standard ponds around the lake, producing an estimated 8,500 tonnes of crabs. Another 15,300 mu of lake enclosure farming is expected to produce about 1,600 tonnes.

The industry is also becoming more technology-driven, with systems monitoring water quality, temperature and oxygen levels, while new traceability labels help buyers check where the crabs came from.

It’s one of China’s best-known hairy crab production areas, with the 2026 harvest officially beginning on September 28. 🦀🌊🇨🇳

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🇨🇳🚄 CHINA JUST OPENED 1,142 KM OF HIGH-SPEED RAIL ACROSS FOUR NEW SECTIONS IN A SINGLE DAY.

On September 28, China opened four major high-speed railway sections connecting Xiong’an–Shangqiu, Xi’an–Ankang, Yichang–Xingshan, and Harbin–Yichun. Together, the new sections add about 1,142 km to the country’s high-speed rail network.

The new routes cover northern, northwestern, central and northeastern China, making travel between several cities and regions faster and more convenient.

One of the largest sections is the 552-km Xiong’an–Shangqiu route. Another major addition is the 318-km Harbin–Yichun line, which significantly reduces travel time between the two cities.

China had more than 50,000 km of high-speed rail in operation by the end of 2025. Under national plans, the network is projected to reach around 70,000 km by 2035.

The latest openings further expand one of the world’s largest high-speed rail networks and connect more regions across China. 🇨🇳🚄

Photo: AI Generated/ Representative Purpose Only