Hydropower systems have long served as a cornerstone of renewable energy, combining traditional engineering with modern control methodologies to ensure efficiency and stability in power generation.

Pumps as turbine (PaT) systems represent an innovative solution in hydropower generation, converting readily available pump components into efficient energy converters in reverse operation. Such ...

Can the potential energy of water flowing through the pipes in everyday buildings be captured and harnessed? That’s precisely what a team of student researchers in the Master of Architecture program ...

This is the third in a series of posts about how system-scale perspectives are vital to the planning and development of sustainable power systems, including hydropower. This post will focus on how ...

This is the fourth in a series of posts about how system-scale perspectives are vital to the planning and development of sustainable power systems, including hydropower. The previous post focused on ...

In APAC, the market is seen to grow 6.4% annually to 2031. The global smart micro hydropower systems market is projected to grow to $2.456b by 2032 from $ 1.65b in 2024, reflecting a compound annual ...

A retired Canadian engineer has developed a river-powered water wheel that can generate up to 36 kWh per day under stable conditions. The device, created by Marc Nering in British Columbia, produces ...

Scott DeNeale is a water resources engineer whose work at Oak Ridge National Laboratory's Water Power Program centers on how ...

Renewable energy advocate Christopher Ononukwe has called on the Imo State Government to prioritize the development of small hydropower (SHP) as a sustainable solution to the state’s persistent ...