News

Climate change is reshaping Europe’s hydropower resources, especially in Alpine and Central European river basins where snow and glacier melt strongly influence runoff. A German study commissioned by the Federal Environment Agency provides a useful example. Although it focuses on Germany, its fin...Read more »

Planning for Micro-Hydropower in Portugal: Insights from the PNEC 2030 Portugal’s updated National Energy and Climate Plan (PNEC 2030), published in October 2024, outlines an ambitious trajectory toward carbon neutrality by 2045. While the plan heavily emphasizes solar and wind expansion, hydropo...Read more »

The German Alps and their foreland offer numerous small rivers and existing transverse structures that could support micro-hydropower. However, development must be planned against a changing hydrological regime. The UBA study on climate impacts for hydropower in Germany shows that alpine runoff i...Read more »

Slovenia has a long hydropower tradition, but its micro- and small-hydropower sector must be viewed within the country’s broader energy and environmental framework. According to the reviewed paper, Slovenia’s rivers have a total technically available annual energy potential of 9,145 GWh, of which...Read more »

As a hydropower operator, I have learned that site selection is not simply a matter of finding the steepest valley or the river with the greatest flow. It is a long-term commitment that combines engineering, hydrology, environmental responsibility, community relations, and financial discipline. A...Read more »

ALMATY, Kazakhstan — October 21, 2026 — Chengdu Forster Technology Co., Ltd. a China-based hydropower equipment manufacturer with nearly seven decades of turbine engineering experience, is participating in the 24th Kazakhstan International Exhibition “Energy, Electrical Equipment and Machine Buil...Read more »

Amid the global drive for sustainable development and green energy, hydropower has emerged as a vital pillar of the global energy mix, thanks to its clean, renewable, and efficient nature. As the core driving force behind this green energy source, hydropower technology is advancing at an unpreced...Read more »

A Guide to Daily Management and Maintenance of Small Hydropower Plants (100 kW – 1,000 kW) Small-to-medium hydropower plants in the 100 kW to 1,000 kW range function much like miniature factories: water drives the turbine, the turbine drives the generator, and electricity is transmitted via contr...Read more »

When I first encountered small hydropower stations (100 kW–1,000 kW), I assumed that “water hitting the turbine simply generates electricity.” I later realized it is a highly integrated system. Tracing the path of water flow and electrical energy, the key equipment includes: 1. Micro...Read more »

How a Novice Can Plan a Small Hydropower Project As a novice, I once thought hydropower simply meant “if there’s water, you can generate electricity.” Only after actually planning a project did I realize that understanding the principles first—and then focusing on site selectio...Read more »

Hydropower plants are often built in remote mountainous areas where rivers have strong flow and large head. This location creates a major transmission problem: electricity must be delivered to distant load centers. Long transmission lines increase capital cost, construction difficulty, and power ...Read more »

A 100 kW hydropower plant is a micro-hydro installation designed to supply electricity to a village, small industry, or isolated grid. Although small, it can power roughly 100 to 200 households, depending on local demand. It typically uses a run-of-river or diversion scheme, meaning water is dive...Read more »