ENERGY THAT MAKES THE DIFFERENCE
Energy
ENERGY
HYDRAULICS & ENERGY – HARNESSING POWER FOR SPECIFIC PURPOSES
WEBER-HYDRAULIK develops hydraulic systems and components that function with precision in the field of energy technology. In power generation and power transmission systems, every movement counts. Hydraulic efficiency determines how much power remains usable in the end. WEBER-HYDRAULIK builds technology that keeps this process stable. Hydraulic technology controls flaps, valves, and control mechanisms, maintaining control over your plant's processes at all times.
1. DIRECTLY ACCESS POWER AND USE IT EFFICIENTLY
In energy plants, forces often increase suddenly. They also drop just as quickly. Powerful hydraulic performance supports this dynamic because it kicks in immediately. It controls movements on diesel engines, turbines, or cooling systems that run continuously. WEBER-HYDRAULIK designs systems that respond to changing loads and transmit power cleanly. This ensures that every work step remains reliable and predictable.
2. GENERATING AND RETURNING ENERGY WITH HYDRAULIC PUMPS
Many operators are looking for ways to save energy without slowing down operations. Hydraulics for energy generation opens up new possibilities for this. It absorbs pressure peaks, returns power, and thus supports functions that would previously have required additional energy. Hydraulics for efficient energy generation creates a cycle that relieves the load on power plants and motor systems. WEBER-HYDRAULIK builds systems that absorb this energy and return it where the process needs it.
3. PUMPS AND MOTORS DETERMINE THE PERFORMANCE OF YOUR SYSTEM
The essential components of an energy system are those that generate pressure or convert force directly into motion. A well-tuned hydraulic pump supplies the pressure required by the entire system. A precise hydraulic motor immediately converts this force and controls movements that determine the flow of energy. Both units must interact cleanly and optimally. WEBER-HYDRAULIK sets them up in such a way that your system minimizes energy loss and makes full use of the available power.
4. HYDRAULIC DRIVES ENSURE MOVEMENT IN COMPLEX ENERGY PLANTS
Many processes only work with stable hydraulic drives because they safely guide high forces. They move large flaps in hydroelectric power plants, control diesel engines, or keep control mechanisms in turbines under control. The drives react without delay and thus support processes that run around the clock. WEBER-HYDRAULIK develops customized solutions that adapt to your conditions and control every movement.
ENERGY
WEBER-HYDRAULIK –
YOUR MANUFACTURER FOR EFFICIENT HYDRAULICS
Energy plants have high demands. Every movement counts, every increase in pressure affects the process. WEBER-HYDRAULIK develops hydraulic systems that reliably support these steps. We build pumps, motors, and drives that transmit forces cleanly and make energy fully usable. Together with you, we tailor the technology to your system and create solutions that last a long time and remain stable even under load changes. If you want to make your energy processes safer or expand a system, please contact us. We will show you how hydraulics can strengthen your processes and make the best possible use of the available energy.
QUESTIONS AND ANSWERS
Here you will find answers to the most frequently asked questions about our services, products and processes – summarised quickly and clearly.
The efficiency depends heavily on the design and condition of the system. Good systems achieve values between 85 and 95 percent when the pump, lines, and motor are properly matched. Losses are mainly caused by internal friction, oil leaks, and pressure drops. With high-quality components from WEBER-HYDRAULIK, this area can be kept stable.
Hydraulic efficiency describes how well a system converts the energy used into useful work. An efficient system builds up pressure quickly, responds cleanly to load changes, and maintains forces without fluctuations. It is crucial that the pump, motor, and valves conduct the energy without unnecessary losses. As soon as these components work in precise coordination, efficiency increases significantly.
A hydraulic motor reaches its peak when pressure and volume flow remain constant and the motor does not have to undergo unnecessary speed changes. Good motors achieve efficiencies of between 85 and 90 percent under stable conditions. Drive loads, oil temperature, and pipe cross-sections have a direct impact on efficiency.
Performance is determined by pressure and volume flow. If both values are measured accurately, the actual load on the pump can be determined directly. As soon as the pressure and flow no longer match, the system loses efficiency. WEBER-HYDRAULIK supports you in the design phase and checks whether the pump and motor are suitable for your system.