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Many believe that PV power output should peak during the sunniest summer months. However, the optimal production period for solar systems often occurs in autumn. What causes this phenomenon?

Discover how BIPV (Building Integrated Photovoltaics) transforms buildings into power generators. Explore real-world applications, global adoption trends, and future opportunities for solar energy integration.

Solar farm is often labeled as two extremes: some people call it a “steady money machine”, and some people think it is “expensive high-tech toys”. So, the real value of a solar farm in the end is how?

In the industry, should the focus be on power generation or electricity price? Can both be achieved simultaneously? This question represents the greatest disruption brought by the electricity market to solar investments. The shift in investment logic will fundamentally change the existing selection criteria for solar farms and disrupt current innovation directions.

Solar highways, an innovative integration of renewable energy and transportation, hold immense potential for widespread application. They are particularly promising in countries with dense transportation networks and limited land resources. This article explores their practical applications, compares them with traditional ground-mounted solar farms, and identifies the most suitable regions for their development.

How to Build a 1MW Solar Power Plant? A Complete Guide to Developing a 1MW Solar Power Plant: Planning, Financing, Construction & Energy Storage.

The design of a solar farm has a direct impact on power generation efficiency, system life, and O&M costs. These 5 key design points not only enhance power generation but also reduce the failure rate, achieve optimal performance, and ensure the long-term stable operation of the power plant.

As the global energy transition accelerates, the "Solar + Storage" model has become a key strategy for industrial and commercial facilities to reduce electricity costs and achieve sustainable production. This article examines the design and implementation strategies for a solar and storage system in a 10,000m² factory in Chonburi, Thailand, considering local policies, resource availability, and successful project experience.

What are island microgrids, and how can they help in the energy transition? This paper provides an in-depth analysis of the island microgrid energy storage technology and explains it through a real-life case study in Fiji.

Have you heard of “Virtual Power Plants”? They don’t emit smoke or take up land, yet they can generate electricity like traditional power plants.