What is the PMTHPP?
The Pumped Multiple Turbines Hydroelectric Power Plant (PMTHPP) is an innovative, self-sustaining hydroelectric system designed to maximize energy efficiency while minimizing environmental impact. PMTHPP is a hybrid multiple-turbine system that integrates both Francis and Pelton turbines, utilizing the full gravitational potential energy to maximize power generation, optimize energy recovery, and significantly reduce energy losses.
How Does the PMTHPP Work?
The PMTHPP operates by pumping water to a high-level reservoir, creating a closed-loop system. Once released, the water flows through a penstock, driving the Francis turbine at the intermediate level. This stage efficiently converts gravitational potential energy into mechanical power, generating electricity while simultaneously increasing system pressure, maximizing overall energy output.
After passing through the Francis turbine, the water enters a draft tube, expanding in diameter. The flow then splits into two primary pipes, each of which further divides into two, forming a total of four penstocks. These penstocks guide the water to the Pelton turbine nozzles. With a smaller cross-sectional area, these nozzles significantly accelerate the water into high-pressure jets, maximizing the impact force on the Pelton turbine buckets and harnessing the full gravitational potential of the water before it returns to the lower reservoir.
What is the DLMP-DAPP System?
The Duo Multiple Progressive Leverage Double-Acting Piston Pump is an advanced high-efficiency hydraulic system at the core of the PMTHPP.
By combining multiple stages of progressive leverage with dual-acting piston technology, the DMPL-DAPP dramatically reduces the energy required for high-pressure pumping while maintaining continuous and stable operation.
Integrated within the closed-loop cycle of the PMTHPP, it ensures a reliable and self-sustaining flow of water — enabling constant energy generation with superior efficiency.
How Does the DMPL-DAPP Work?
The Duo Multiple Progressive Leverage Double-Acting Piston Pump consists of a dual arrangement of double-acting piston pumps operated by a multiple progressive leverage system.
This technology represents a disruptive innovation in hydraulic engineering, as it reorganizes levers, pulleys, rack-and-pinion mechanisms, and hydraulic components to break the classical proportionality between force and displacement.
Through the integration of progressive leverage, the DMPL-DAPP employs a multi-stage mechanical architecture that redistributes force across successive stages.
This allows the generation of high-pressure water flow with exceptionally low energy consumption, setting a new benchmark for hydraulic efficiency and performance.
In the PMTHPP, the DMLP-DAPP plays a critical role, enabling the efficient movement of water from the lower reservoir back to the upper reservoir, ensuring a consistent and reliable closed-loop energy cycle.
Pioneering the Green Hydrogen Revolution
Our innovative PMTHPP system not only generates stable, clean energy but also provides the perfect foundation for large-scale green hydrogen production. Unlike traditional renewable sources, our system offers a continuous and reliable power supply, setting a new benchmark for sustainable energy.
Through the process of electrolysis, water is split into hydrogen and oxygen using electricity. The hydrogen produced serves as a clean, versatile fuel, powering everything from industrial processes to zero-emission vehicles. Meanwhile, the oxygen, a valuable byproduct, can be supplied to both industrial applications and healthcare facilities, creating an additional revenue stream.
At Neon, we are committed to driving the green energy revolution, providing the reliable power needed for efficient hydrogen production. With our cutting-edge technology, we can support the global transition to clean energy, unlocking a sustainable future for all.
Join the Energy Revolution
Be part of a groundbreaking movement to redefine clean energy. Our innovative PMTHPP system, cutting-edge DLDAPP technology, and hydrogen production solutions are transforming the way we generate and use energy. Together, we can build a sustainable, energy-independent future. Join us and make a real impact.