Объем поставок Pelton Turbine (0,36 m³/s) , Generator, Flywheel, HPU, Inlet Valve, Control & Protection Equipment, Switchgear, Auxiliary Supply System, SCADA

The Glarey hydroelectric project is located in Switzerland and has been built to the highest standards of energy efficiency and reliability. The plant is equipped with two Francis turbines with different flow rates, providing operational flexibility in response to fluctuating water inflows and stable power generation throughout the year. Scope of supply: Francis Turbines (1×5.25 m³/s and 1×1.8 m³/s) Generators Butterfly Valves Control System Powerhouse Crane Bifurcation Pipe Technical specifications: Number of units: 2 Total capacity: 1,930 kW Static head: 30.5 m Design flow: 5.3 m³/s Runner diameter: 880 mm The Glarey hydroelectric power plant is characterized by the increased reliability of its equipment, ease of maintenance, and the high efficiency of its Francis turbines at medium heads. An optimized flow distribution scheme through a bifurcated pipeline ensures uniform operation of both turbines and minimizes hydraulic losses. The control system and integrated handling infrastructure ensure precise control of operating modes and ease of maintenance.

Land for construction of a mini-hydroelectric power station on the Lodnari River (Georgia). A land plot with confirmed hydrological characteristics and ready technical data for the construction of a hydroelectric power station is offered for sale. 📍 Location: Georgia, Lodnari River. Project type: turnkey construction of a mini-hydroelectric power station with the possibility of connecting to the grid and receiving a "green tariff". ⚙️ Main technical parameters: Indicator Value Upper level 460 m Lower level 298.8 m Total head 161.2 m Estimated water flow (Qdes) 2.0 m³/sec Turbine type Axial / Francis (calculated) Pressure pipeline material Steel, diameter 1.0–1.2 m Length of feeder channel 1.2 km Average annual generation 28.51 million kWh Installed capacity ≈ 4.0 MW Utilization factor 0.57 Price excluding VAT upon request Specific cost from $1.2 million/MW Project advantages: Professional team with international experience in HPP construction in Austria, Georgia, Kazakhstan and Kyrgyzstan. Full support: design, approvals, construction, installation, commissioning and financing. Support in obtaining permits and connecting to the Georgian power grid. Ready for implementation under the Build-Operate-Transfer model or joint investment. 🌍 Potential: Georgia is actively developing renewable energy and offers favorable conditions for investors: stable legislation, guaranteed electricity sales, and the possibility of exporting to Turkey and the EU.

The Akavreta-Lodnari HPP is located on a watercourse with a stable seasonal flow rate and a favorable slope, ensuring high pressure utilization. Both units are housed in a single building, which reduces capital expenditures for construction, maintenance, and operation of the plant. The project includes: Installation of two Francis/Pelton turbines (depending on the specified pressure), a steel pressure pipeline with optimized pressure losses, modern generators, automation and telemetry systems. The expected average annual output is 69.4 million kWh, which ensures stable generation and predictable cash flow. Proposal formula (investment submission) We offer: Design Coordination Equipment supply (Europe / Turkey / Korea - according to the budget and investor requirements) Construction and installation Commissioning and commissioning Financing and co-investment, if necessary Turnkey implementation or partnership with an investor is possible.

The Gudauri HPP is a high-pressure mountain power plant with a significant elevation difference. The project involves the placement of two Francis turbines optimized for variable seasonal flow rates, with a pressure steel pipeline approximately 2.3 km long and 1.50 m in diameter. The plant is designed for long-term year-round operation and provides stable baseload generation, which can be sent to Georgia's grid, sold under contracts with industrial consumers, or exported to Turkey, which increases the project's marginality. Cooperation options: Sale of land plot and project implementation rights, Co-investment with share distribution, Full turnkey implementation: from feasibility studies and approvals to installation and commissioning, Possibility of attracting project financing through Georgian banks, funds, and private investors. Project advantages: High head guarantees high turbine efficiency and stable generation. Minimal environmental impact (no dam). Potential for increased capacity by optimizing flow rates and the pressure pipeline. Georgia maintains preferential treatment for renewable energy sources, market access, and export flexibility.

The Akavreta hydroelectric power plant is a high-pressure mountain hydroelectric power plant with a developed pressure tract and stable hydrology during peak flow periods. A separate water intake (3.05 + 3.05 m³/s) ensures balanced loading of both units and increased system energy efficiency. The plant is designed for two Francis hydroelectric units operating within an optimal range of operating pressures, ensuring high efficiency and low operating costs. The project is suitable for investment construction with subsequent sale of generation, for electricity export to Turkey, contracts with industrial consumers, and for green financing and ESG funds. What we provide: Design and adjustment of feasibility studies; Geodesy, hydrology, pressure calculations and turbine optimization; Obtaining permits and approvals; Equipment supply (EU/TR/CN — for investment profile); Installation and construction work; Commissioning and commissioning of hydroelectric power plants; Organization of financing or co-investment; Project advantages: Strong economic profile due to high pressure; Transparent revenue model over a 15–25-year horizon; Possibility of increasing output by optimizing hydraulics; Minimal impact on the riverbed and the environment

The project is located in a high-altitude section of the riverbed with a pronounced elevation difference and stable seasonal flow. The hydrological conditions allow the use of a Pelton turbine, which ensures high efficiency at high heads and low flows. The plant is designed for year-round generation with the option of selling electricity to the Georgian grid or exporting it to Turkey, which improves the project's profitability. Technical Parameters Parameter Value Section Upper "Kheva-1" Elev. top / bottom 1270 m → 570 m Total head ~700 m (high-pressure mode) Flow rate (Q) 0.43 m³/s Turbine type Pelton, 1 unit Pipeline 4050 m (2025+2025 sections) Installed capacity (calculated) ≈ 1.98 MW Average annual output ≈ 3.62 million kW h Specific cost ≈ 1.83 million $ / MW Parameter Value Section Nizhniy "Kheva-2" Elev. Top / Bottom 700 m → 545 m Total head ~155 m Flow rate (Q) 0.43 m³/s Head loss λ 0.015 Pipeline material Steel Section diameter 0.6 m → 0.5 m Pipeline length 10.03 km Installed capacity (calculated) ≈ 5.054 MW Average annual generation ≈ 36.12 million kWh Project purpose The combination of two sections increases the total output and generation stability, while the upper section provides high efficiency with minimal flow rate, while the lower section ensures the bulk of the output and income stability. Total installed capacity of the bundle: ~7.0 MW Total annual generation: ~39–41 million kWh (subject to hydrological clarification) Implementation model We offer several cooperation formats: Format Strategy Suitable for Sale of project rights We transfer in full The investor is looking for a ready-made asset Joint investment Shares are distributed 70/30 or 50/50 The investor wants transparency and control Turnkey construction We do everything, the investor finances according to schedule The investor does not create their own team EPC + O&M We build and maintain the station Long-term generation and income Why the Heva project is of interest to investors High capacity utilization factor due to stable consumption. Possibility of electricity export to Turkey. High pressure → high efficiency → low cost per kWh. The project is suitable for green financing and ESG funds. The mountain layout does not require a dam, reducing environmental and legal barriers.

Combined model "Shrosha - Dzirula" Indicator Value Total capacity of the cascade ≈ 18.4 MW Total average annual generation ≈ 51-53 million kWh Generation type Spillway, channel, without a dam Optimization potential +8-12% of generation by adjusting the operating curves Advantages of the cascade: Small hydraulic footprint, fast approval times, high flow controllability, low cost per kWh. Implementation model for the investor We provide: Design and adjustment of the feasibility study Geology / surveying / hydraulic calculations Supply of turbines (EU / Turbine Pelton-Francis / China A-class) Construction work and installation Automation, SCADA, telemetry Commissioning and commissioning Possibility of co-investment or turnkey EPC Why the project is interesting High pressure + stable flow → low energy cost No dam → simple approvals Possibility of electricity export to Turkey The project is suitable for green loans and ESG instruments Quick implementation model 18–28 months

We offer a full range of services for the implementation of hydropower projects in Kyrgyzstan. Our team supports the project at every stage: from site selection and preliminary hydrological calculations to equipment delivery, construction, and commissioning of the plant. What we do: Selection and sale of sites for the construction of mini-hydropower plants (rivers, pressure heads, existing structures). Preliminary assessment of profitability and technical solutions. Design (feasibility studies, working documentation, 3D models of the water supply system and turbine hall). Project coordination with government agencies, energy companies, and environmental organizations. Equipment supply (Francis, Pelton, Kaplan, Pelton turbines, generators, control systems). Installation, commissioning, and commissioning. Organizing financing and supporting banking programs. Modernization of Soviet-era hydropower plants: turbine replacement, reconstruction of water pipelines, efficiency and output improvement. We offer turnkey services, including legal and engineering support. For investors, we offer transparent project economics, including calculations of IRR, payback periods, and tariff scenarios. Why Kyrgyzstan? High fluctuations and stable water flows. Favorable terms for electricity exports. Government programs supporting renewable energy sources. Development of local energy infrastructure. If you need a reliable partner capable of not only selling a plot but also actually building a working hydroelectric power plant, contact us.

We offer comprehensive solutions for the construction of hydroelectric power plants in Kazakhstan, from site selection to turnkey project implementation. 📍 What we offer: Selection and evaluation of sites suitable for mini-hydroelectric power plant construction. Development of design documentation taking into account hydrology and topography. Full coordination with government agencies and obtaining permits. Supply and installation of equipment, including turbines, generators, and pipelines. Commissioning and connection to the power grid. 💼 Benefits of working with us: Experience in the construction and modernization of hydroelectric power plants in Kazakhstan and other CIS countries. Financing available at 8% per annum in tenge through Kazakhstani banks. Integrated approach: design, construction, approvals, commissioning, and operational support. Customized solutions for investors and industrial clients. 🌍 Investment potential: Kazakhstan is actively developing renewable energy and offers stable conditions for investors: guaranteed electricity sales and the ability to scale projects.

Project objective: to construct a cascade of mini-hydroelectric power plants on the Arym River to generate clean electricity and sell it at a "green tariff." 🌊 1. General concept: The Arym River has a natural elevation difference, making it ideal for a cascade of mini-hydroelectric power plants. The hydrological regime is snow-glacial: the maximum flow rate is up to 7 m³/s during the melting period, and the minimum is about 1.3 m³/s in winter. A single pressure penstock with a diameter of 1400 mm and a flow velocity of approximately 3 m/s is used, providing an average annual operating flow rate of 4.62 m³/s. ⚙️ 2. Cascade structure: The cascade consists of four stages, each with its own pressure head and diversion length. The effective total head of the cascade is ≈1065 m, with total losses of only 38.9 m. No. Name Effective head, m Capacity, MW 1 Arym-1 ≈254 ≈11.0 2 Arym-2 ≈224 ≈9.6 3 Arym-3 ≈195 ≈8.4 4 Arym-4 ≈392 ≈11.7 Total: ≈40.7 MW ⚡ 3. Energy potential The total installed capacity of the cascade is about 40.7 MW. Turbine equipment has an efficiency of up to 85%, which guarantees high efficiency and stable generation. 💰 4. Investment attractiveness The project belongs to the category of highly profitable renewable energy facilities. At a tariff of 4.42 soms/kWh, the expected annual revenue provides a payback period of 4.5 to 6 years. Advantages: minimal construction risks; simple installation of a single 1400 mm diameter string; reduced capital expenditures on metal structures and supports; scalability (a second string for increased capacity). 🏗️ 5. Conclusion: The cascade option on the Arym River is a technically feasible and economically feasible project, ensuring stable power generation, a rapid return on investment, and long-term operational reliability. The project is ready for further design, approval, and investment.

Location: Almaty region, Kazakhstan Plant capacity: 800 kW Land area: 93 hectares (owned) Property description: An inactive mini hydroelectric power plant located in a picturesque area of the Almaty region is offered for sale. The plant was built and operated for a limited time - about 4 months. Work was suspended due to design errors and the need for reconstruction of the dam. Current status: Land plot - owned, 93 hectares. Hydraulic structures - require inspection and reconstruction. Electromechanical equipment is partially preserved. There is a possibility of restarting after adjustments to the design. Potential: The property is of interest to investors wishing to restore or modernize existing infrastructure with minimal time to obtain permits. Thanks to the existing site and water management structures, the project can be adapted for a new mini hydroelectric power plant with a capacity of up to 1 MW or a complex with energy storage. Terms of sale: Price and transaction details - upon request. Sale of both the property and the land plot is possible, as well as the transfer of the project for joint development.

We offer for sale three ready-to-use mini-hydropower plants with a total installed capacity of 1.96 MW to 5 MW, as well as land plots for construction and expansion to 5 MW. All facilities are technically ready and economically attractive to investors. Hydropower Plant 1 - 1.96 MW (operating) Average annual output: 8.54 GWh Number of units: 1 Status: In operation since 2023 Total project cost: USD 5,800,000 Projected payback: Thanks to a stable tariff and reliable equipment, the project provides a sustainable income. HPP 2 — 3.3 MW (under development) Average annual output: 9.04 GWh Number of units: 2 Construction status: in progress (planned completion — 2026) Investment value of the site and equipment: USD 4,400,000 Potential for increasing capacity with additional modules and upgrading the installed equipment. HPP 3 — 5 MW project (at the design stage) Estimated average annual output: 21 GWh Projected status: development stage Possibility of scaling and integration into grid solutions Attractive site with high hydrological efficiency, ready for construction Technical and economic justification at the final stage Investment advantages: Finished facilities with confirmed parameters Possibility of increasing capacity and scaling projects Support at all stages of the transaction: from the purchase of a ready-made asset to arranging financing High profitability against the background of current tariffs for the purchase of electricity Environmental and social effect — use of renewable energy

Integrated Supply of Equipment for a High-Head Mini-HPP In 2012, our company completed the supply of a full set of hydropower equipment for the Pobreg Small Unit station in Albania. The project was implemented on a complex high-pressure section and required precise engineering adaptation to the channel parameters and the customer’s operational requirements. Scope of Supply Francis turbines (2 pcs.) Synchronous generator Hydraulic Power Unit Inlet Valve Control system and electrical equipment The complete set of equipment ensured optimal operation of the units under variable water conditions and high reliability requirements. Technical parameters of the station Number of units: 2 Installed capacity: 7,750 kW Static head: 96.6 m Design flow rate: 4.0 m³/s Runner diameter: 670 mm Project outcome The high-pressure arrangement with Francis turbines made it possible to achieve stable power generation and high efficiency of the plant at variable flow rates. The automation and control system ensured precise control of the plant's operating modes and minimal operating costs. The Pobreg Small Unit project became an example of the successful implementation of a compact yet powerful hydropower solution for Albania's mountainous regions.

High-Head Hydroelectric Power Plant with a Pelton Turbine for Mountain Conditions In 2020, our company supplied equipment for the Haut Bens hydroelectric power plant in France. The plant is located on a high-pressure mountain stream, which requires maximum reliability and precision in the turbine complex. Scope of supply: Pelton Turbine, Hydraulic Power Unit (HPU), Synchronous Generator. The Pelton turbine is an optimal solution for extremely high heads and relatively low flows, ensuring stable efficiency and a long service life. Project Specifications: Number of units: 1 Installed capacity: 1,805 kW Static head: 255.7 m Design flow rate: 0.8 m³/s Runner diameter: 645 mm Engineering Result: The high-head configuration with a Pelton turbine efficiently converts the energy of a narrow but powerful mountain stream into stable electrical generation. Precision hydraulics and a modern control system ensure precise jet control, minimal vibration, and a long equipment lifespan. The Haut Bens project has become a model for a compact, efficient, and reliable solution for high-altitude hydropower projects in France.

A modern small hydropower plant for the mountainous Nagano region. In 2018, our company supplied a complete equipment package for the Obuse project in Japan. The facility is located in Nagano Prefecture, known for its challenging mountainous terrain, seasonal fluctuations in water flow, and stringent seismic safety requirements. The project became an example of adapting European hydraulic engineering solutions to Japanese reliability and control standards. The scope of supply included: Hydroturbine unit (the type of supply depends on the Obuse project's watercourse characteristics), Synchronous generator, Control system and power equipment, Hydraulic power unit (HPU), Inlet shutoff valves. The package was adapted to local requirements for safety, automation, and remote control access. Technical parameters of the facility (Please provide them if you wish – I can add actual data if you send them.) Number of units: 1 Capacity: TBA Static head: TBA Flow rate: TBA Impeller diameter: TBA Engineering result: The Obuse project demonstrates a compact approach to small hydropower, combining high automation, stable generation, and minimal maintenance requirements. The use of European equipment ensures high efficiency and reliable operation under conditions of significant seasonal fluctuations in water flow.

The La Yeguadita project in Panama exemplifies the implementation of modern small hydropower in challenging terrain and demanding reliability. The project included the delivery and integration of a complete process line: turbine, generator, hydraulic power station, control system, SCADA, medium-voltage equipment, and a power transformer. This comprehensive solution ensured stable and efficient power generation throughout the entire operational period. Plant parameters: Number of units: 1 Installed capacity: 886 kW Static head: 48.6 m Design water flow: 2.0 m³/s Runner diameter: 570 mm The plant is equipped with a modern automated control and remote monitoring system, which improves control accuracy, minimizes equipment downtime, and ensures high plant availability.

The Bodorna hydropower project in Georgia was implemented using a full package of equipment, ensuring high reliability and uninterrupted operation of the plant at high flow rates. The supply included a turbine, generator, hydraulic power station, control system, SCADA, medium-voltage equipment, and a power transformer. The plant is also equipped with a diesel generator for independent start-up and backup power supply, which is especially important for facilities with high loads and unstable external grids. Plant parameters: Number of units: 1 Installed capacity: 2,556 kW Static head: 8.1 m Design water flow: 32.0 m³/s Impeller diameter: 2,240 mm The plant is designed to operate at low heads and very high flow rates, making it an effective solution for rivers with wide channels and strong flow regimes. Full automation and a SCADA system ensure real-time parameter monitoring and high generation quality.

The Clywedog project in the UK utilizes a Kaplan tubular turbine, optimized for low-head operation with stable water flows. The equipment supplied included the turbine, generator, vacuum pump, hydraulic power unit, and control system. This combination ensures high efficiency, stable operation, and precise control of the hydroelectric unit, even under variable river conditions. Plant parameters: Number of units: 1 Installed capacity: 108 kW Static head: 6.0 m Design flow rate: 2.0 m³/s Runner diameter: 630 mm The automated control system ensures load optimization and stable operation, which is especially important for small hydroelectric power plants integrated into existing water management infrastructure.

The Cutzán hydroelectric dam project utilized a high-head Pelton turbine—an optimal solution for regions with large elevation differences and limited water flow. The supply included a turbine, butterfly valve, hydraulic power station, generator, a set of power electrical cabinets, a control and protection system, and a SCADA system for remote monitoring and diagnostics. This equipment package ensures high efficiency, precise jet control, and stable generation at heads exceeding 160 meters. The SCADA system provides 24/7 monitoring of parameters, prompt detection of deviations, and ease of operation in remote areas. Station parameters: Number of units: 1 Installed capacity: 2,551 kW Static head: 160.2 m Estimated water flow: 1.8 m³/s Impeller diameter: 850 mm The project demonstrates the advantages of the Pelton turbine in high-pressure conditions - high energy output, reliability and a long, trouble-free service life with minimal operating costs.

The Regio Parco project was implemented at a low-head hydroelectric complex and is equipped with a modern Kaplan turbine, specifically designed for operation at very low heads and high water flows. The supply package included the generator design, hydraulic power station, and the main components of the turbine equipment. The turbine ensures stable generation under conditions of variable water levels and high channel throughput. Thanks to the large runner diameter and flexible blade adjustment system, the unit demonstrates high efficiency even at minimal heads—a key factor for flat river sections and urban hydraulic structures. Plant parameters: Number of units: 1 Installed capacity: 454 kW Static head: 2.4 m Design water flow: 21.0 m³/s Runner diameter: 2,300 mm The Regio Parco project exemplifies the efficient use of low heads thanks to an optimal Kaplan turbine, which enables significant annual generation even with small elevation changes.

The Hintergössgraben hydroelectric project, located in the Austrian mountains, is designed to efficiently generate power at high heads with relatively low water flow rates. The supply included a turbine, generator, inlet gate, hydraulic power station, and a bifurcation pipe ensuring optimal flow distribution. The turbine assembly used is designed for stable operation under variable mountain water flow conditions. A high head of over 110 meters and a precise control system ensure consistently high output and minimize energy losses. Reliable hydromechanics and a modern generator ensure a high degree of automation and low operating costs. Station parameters: Number of units: 1 Installed capacity: 1,035 kW Static head: 111.9 m Estimated water flow: 1.1 m³/s Runner diameter: 711 mm The Hintergössgraben project demonstrates the effectiveness of high-pressure turbine solutions for mountainous areas, combining compact equipment, reliability and a long service life.

The Giorlandina hydroelectric project is built on a low-head section and is equipped with two Kaplan turbines, specifically designed for operation at low heads and high flow rates. The supply package included the Kaplan turbines, generator design, and a hydraulic power plant. The 2,100 mm diameter Kaplan turbines provide high efficiency at heads of just 2.2 meters, making the design ideal for lowland rivers, lock canals, and urban hydraulic structures. A flexible blade adjustment system maintains stable generation even with significant fluctuations in water levels and flow rates. The installation of two units gives the plant additional versatility: during partial loads or seasonal fluctuations in water flow, one unit can be used as a backup without losing baseload power. Plant parameters: Number of units: 2 Installed capacity: 516 kW Static head: 2.2 m Design water flow: 16.0 m³/s Runner diameter: 2,100 mm The Giorlandina project demonstrates the effectiveness of Kaplan turbines in low-pressure areas: high flexibility, stable operation at high flow rates and minimal construction requirements.

The Vordergössgraben project, located in a high-pressure mountain area in Austria, is equipped with a single Pelton turbine, ideal for large elevation changes and limited water flow. The supply package included a Pelton turbine, generator, inlet gate, hydraulic power unit (HPU), and a bifurcation pipe, ensuring proper flow distribution within the turbine tract. The 901 mm diameter Pelton turbine operates at a head of 91.5 m, maximizing the kinetic energy of the water flow. Precise nozzle operation and a stable hydraulic system ensure high energy efficiency and minimal wear, even with seasonal flow fluctuations. The project features a compact design, reliable automation, and a high level of safety, which is particularly important for remote mountainous areas. Station parameters: Number of units: 1 Installed capacity: 1,405 kW Static head: 91.5 m Estimated water flow: 1.7 m³/s Runner diameter: 901 mm The Vordergössgraben project demonstrates the advantages of using a Pelton turbine in mountain conditions: high power at low flow, stable operation and minimal operating costs.

The Rugezi hydropower project is equipped with two high-head Francis turbines, designed to operate at high heads and relatively low flow rates. The delivery included the Francis turbines, butterfly valves, hydraulic power units (HPUs), generators, a control system, and a SCADA platform for remote monitoring and diagnostics. The 425-mm-diameter Francis turbines are ideally suited to the local hydrotopography: a high head of 135 meters provides sufficient kinetic energy for stable generation, and the runner design allows for efficient use of the resource even with seasonal fluctuations in water levels. An integrated SCADA system provides full control of each unit, including automatic synchronization, load regulation, fault protection, and real-time parameter analysis—a critical aspect for remote areas of Rwanda. Plant parameters: Number of units: 2 Installed capacity: 2,756 kW Static head: 135.0 m Design water flow: 1.2 m³/s Runner diameter: 425 mm The Rugezi project demonstrates the effectiveness of high-head Francis turbines in the highlands of Africa: high energy efficiency, reliability, automation and minimal operating requirements.

The Cumpeo hydropower project is equipped with two high-head Francis turbines, specifically designed for stable operation at a head of approximately 95 meters and average water flow. The supply package included two Francis turbines, generators, butterfly valves, hydraulic power units (HPUs), a control and protection system, a set of medium-voltage cells (MV Switchgear), and a power transformer. The 630 mm diameter Francis turbines ensure high energy conversion efficiency at significant elevation differences. The runner design and precise hydraulics allow the plant to operate over a wide load range and ensure stable generation even with seasonal variability in water resources. A complete automation, protection, and medium-voltage system transforms the facility into a fully autonomous and safe power plant, minimizing the need for maintenance personnel and increasing operational stability. Station parameters: Number of units: 2 Installed capacity: 5,938 kW Static head: 94.4 m Estimated water flow: 3.5 m³/s Runner diameter: 630 mm The Cumpeo project demonstrates the reliability and energy efficiency of high-pressure Francis turbines in the mountainous conditions of Latin America: high power, automation and optimal equipment layout.

In 2016, ASUMB completed a comprehensive equipment supply for the Rwaza I hydroelectric power station in Rwanda. The project included the manufacture, delivery, and integration of modern Austrian hydroelectric equipment, fully adapted to local hydrological conditions. The scope of supply included: Francis Turbine — high-efficiency Francis turbines Butterfly Valve — butterfly valves for reliable flow control HPU (Hydraulic Power Unit) — hydraulic control actuator Generator — industrial-grade generators Control & Protection Systems — automation, protection and control systems Transformers — power transformers Diesel Generator — backup diesel generator for autonomous power supply Plant specifications: Number of turbines: 2 Installed capacity: 3,084 kW Static head: 29.1 m Design flow: 6.0 m³/s Runner diameter: 1,065 mm The Rwaza I project demonstrates ASUMB’s ability to comprehensively equip hydroelectric power plants with high-end equipment, from hydraulic assemblies to control systems, ensuring reliability, efficiency and a long service life of the plant.

In 2016, ASUMB successfully delivered a hydropower project in Knottingley, UK, providing a full range of equipment for the small hydropower plant. The project was designed to utilize low heads and high flow rates, making it ideal for Kaplan turbines. The scope of supply included: 2 Kaplan turbines Generators Hydraulic Power Units (HPUs) Control system Electrical equipment Technical specifications of the facility: Number of units: 2 Installed capacity: 660 kW Static head: 2.6 m Water flow: 14.1 m³/s Runner diameter: 1,850 mm The Knottingley project demonstrates the high efficiency of ASUMB Kaplan turbines in low-head applications and highlights the reliability of Austrian equipment for year-round operation.

In 2011, Gugler Water Turbines GmbH successfully completed a project to equip the Batu Hampar hydroelectric power station in Indonesia with modern Austrian-made turbines. This innovative solution enabled the efficient use of existing hydroelectric facilities without extensive construction, ensuring stable renewable energy generation.

In 2011, Gugler Water Turbines GmbH equipped the Cartiera del Maglio hydroelectric power station in Italy with a modern Austrian-made turbine. This project, located at a historic site (a former paper mill), demonstrates the feasibility of modernizing older hydroelectric power plants with minimal construction work, ensuring efficient green energy generation.

In 2011, Gugler Water Turbines GmbH successfully completed a project to equip the Nuevo Imperial hydroelectric power station in Peru with a powerful Austrian-made turbine. This solution enabled the efficient use of the region's hydroelectric potential without large-scale construction, ensuring stable generation of renewable energy from existing facilities.

In 2011, the company successfully completed the El Sindigo project in Panama—a high-pressure hydropower facility where modern turbines and pumping units were installed to efficiently convert water flow energy. This project underscores the company's expertise in designing and supplying equipment for the challenging conditions of Central America, taking into account the region's topography and hydrological characteristics.

Объем поставок Pelton Turbine (0,36 m³/s) , Generator, Flywheel, HPU, Inlet Valve, Control & Protection Equipment, Switchgear, Auxiliary Supply System, SCADA

Kaplan Turbine, Generator, Butterfly Valve, Hydraulic Power Unit, Control- and Protection-System

Kaplan Turbine, Generator Design, Hydraulic Power Unit

Scope of Supply: Pelton Turbine, Generator, Hydraulic Power Unit, Inlet Valve, El. Control & Protection System

Scope of Supply: Kaplan Pit Turbine, Generator, Inletvalve, Hydraulicpowerunit

💧 Akavreta Hydroelectric Power Plant Project, Georgia. A promising site for the construction of the Akavreta small hydroelectric power plant, located on the Akavreta River in an energy-rich region of Georgia, is available for sale. The project boasts stable hydrological characteristics and high investment attractiveness. ⚙️ Main parameters: River: Akavreta Upper level: 460 m Lower level: 417.5 m Total head: 42.5 m Water flow: 2.0 m³/s Head loss (λ): 0.015 Pipeline: steel, Ø 1.2–1.0 m Length of tailrace: 40.9 m Turbine type: Kaplan / Francis (specified based on design results) Average annual output: ~8–10 million kWh Cost of electricity: 5–6 c/kWh 🌍 Project advantages: Stable water regime and reliable hydrology Support for renewable energy development at the state level Possibility of obtaining a “green tariff” Potential for electricity export to Turkey and the EU Low environmental impact and compact infrastructure 📈 Akavreta HPP — a ready-made site for investments in clean and profitable energy in Georgia. The project combines optimal technical and economic indicators with long-term generation sustainability. 📞 Contact

The Haut Fournel project in France is based on two Francis hydroturbines, adapted to the variable flow and characteristics of a high-pressure water resource. The complex includes modern hydromechanical and electrical equipment for efficient and trouble-free operation all year round. Scope of supply: Francis Turbines (1 x 1.39 m³/s and 1 x 0.70 m³/s) Generators Inlet Valve Hydraulic Power Units (HPU) Technical specifications: Number of units: 2 Total power: 1,118 kW Static head: 58.8 m Design flow: 2.1 m³/s Runner diameter: 480 mm The Haut Fournel power plant demonstrates high efficiency in converting the potential energy of a water flow into electrical energy, ensuring a stable supply of clean energy to the local grid. The Francis turbine design is optimized for operation under variable loads and maintains high reliability with minimal operating costs. This project demonstrates the potential of modern turbine technologies for small and medium-sized hydroelectric power plants, where hydraulic precision, equipment compactness, and durability are critical.

Scope of Supply: Francis Turbine, Generator, HPU, Inlet valve

Scope of Supply: Francis Turbine, Butterfly Valve, HPU, Generator, Control & Protection Systems, SCADA

Scope of Supply: Open-Flume Turbine