
What else can energy storage do in the Middle East?
The conflict in the Middle East has increasingly strained global energy relations.As of March 4th local time, the military strikes launched by the United States and Israel against Iran had entered their fifth day. With the continued tensions in Iran, the conflict has spread to several other Middle Eastern countries.

The integrated photovoltaic, energy storage, and charging technology is poised for explosive growth in 2026.
The "wind-solar-storage-charging" smart energy integrated demonstration charging station in the High-tech Zone has officially started operation, with a total of 9 charging spaces. Unlike traditional charging stations, this integrated demonstration station combines the advantages of green energy and energy storage. The entire system consists of three parts: wind and solar green energy, energy storage, and charging piles. Combined with the energy management and control system, it achieves multi-energy complementarity, stable and efficient, and green and environmentally friendly energy utilization.

Helping lettuce production increase by 400%! The most suitable photovoltaic module for agriculture is actually this one?
In the summer of 2025, a research team from Western University in Canada completed a groundbreaking experiment in an exceptionally hot outdoor environment—growing organic romaine lettuce under the shade of 13 different photovoltaic modules. They found that the lettuce yield under cadmium telluride thin-film photovoltaic modules was more than 400% higher than the unshaded control group and 200% higher than the national average yield in a typical local year!

Energy storage was not mentioned at all! Under the new policy, the direction of the battery industry has changed!
When the capacity of the power batteries in new energy vehicles decays to around 80%, they can no longer meet the complex driving requirements and high power demands of vehicles, and are thus "retired." However, these batteries are not entirely useless; they still retain a considerable amount of remaining capacity. Secondary utilization involves testing, classifying, disassembling, and reassembling these retired batteries to create secondary products suitable for applications with lower energy density and power requirements.

Residential solar PV is experiencing a downturn; the Spanish solar PV market is showing signs of divergence.
Data shows that Spain's newly installed self-consumption photovoltaic (PV) system capacity in 2025 totaled 1,139 MW, a 3.7% decrease compared to 2024. This brought Spain's total self-consumption PV capacity to 9.3 GW.

North America vs. Europe: Diverging Solar PV Prices – Rising Prices vs. Continuing Declines
In the third and fourth quarters of 2025, the price of solar power purchase agreements signed in North America rose by 3.2% to a high of $61.67 per megawatt-hour.

Overseas institutions: The price increase of Chinese photovoltaic modules is a "short-term phenomenon"
According to a solar researcher at Rystad Energy, the cost of manufacturing solar modules in China will rise in the first half of 2026, although module prices may fall again before the end of the year.

Powerful Combo in Thailand: SUNROVER Batteries + Solis Inverters—Why Wait to Upgrade?
Recently, a Thai customer completed two photovoltaic energy storage systems using SUNROVER products and they are now generating electricity. Both systems utilize SUNROVER's high-voltage rack-mount lithium batteries as their core, paired with Solis high-voltage energy storage inverters, achieving seamless integration and perfect operation with high efficiency and reliability.

Tired of Freezing with Costly Gas? Unlock a Cozy Winter with Solar Power.
Photovoltaic heating offers a new solution to this problem. It retains the advantages of electric heating—cleanliness and convenience—while significantly reducing operating costs by utilizing free solar power.

Tokyo blackout! Japan's "energy storage ambitions" behind its power sector.
In fact, this "power outage" is nothing new in Japan; large-scale power outages occur almost every year.
As is well known, Japan is an island nation located in an earthquake zone. Combined with the complexity and unique characteristics of its power structure, this means that Japan's power system frequently faces sudden instability.











