Optimization of energy efficiency for industry
Energy efficiency through LED lighting
Advantages of using LEDs
- Energy savings of up to 80%
- LED bulb multiplies by 25 the duration of a halogen: 2,000 to 50,000 hours
- immediately on
- It does not degrade with use intensity does not change while providing more brightness and sharpness
- Not attract insects, so it is more hygienic
- It emits little heat, so space cooling needs decrease
Advice on leds
For maximize ROI it is necessary to conduct a study of existing lighting to meet the operating hours, power and loss of brightness. After this initial study we recommend the most appropriate solution to your needs. The new LED lighting will brighter and offer more hours of operation. In addition, you agree to the possibility of receiving subsidies for energy saving.
LED technology equipment
LED technology is already fully developed and many teams applicable in the industrial sector. We give support to the main systems, among which are the following:
- Projectors high performance outdoor
- Luminaires suspended
- decorative screens and industrial tubes led fluorescent equivalent to
- Downlights Built
Energy efficiency in industrial production systems
What is industrial automation and how to optimize
Industrial automation is the use of computerized and electromechanical systems for controlling industrial processes. Industrial automation includes sensors, transmitters field, the control and monitoring systems, transmission systems and data collection software and applications in real time to monitor and control the operations of industrial processes. They require a great knowledge of the process of electromechanical machines to design, develop and run the application that will make the tasks easier to plant operators. A good project development optimizes performance, runtimes and energy saving and enriching the industry itself.
These devices allow start the engines gradually without exceeding the rated current engine thus maintaining the constant torque. They also as a quality offset reactive power consumed by the motor. For example, if the engine is running at 25% of rated speed, energy use is reduced by almost 60%; with a 50% speed, energy use almost 90% is reduced.
Soft starters WEG optimized sequences start and stop (accelerate and decelerate), increase productivity allow saving Energy / maintenance and protect motors three-phase induction. The control voltage applied to the motor via settings firing angle of the thyristors allows the soft starters start and stop an electric motor smooth and controlled manner.
Reactive power compensation
Engines consume a certain amount of residual energy does not increase performance. To bring that energy installed a battery of capacitors which increases the capacitive power factor and thus reduces consumption. They are generally applied in industries with coils mechanical equipment (motors, transformers, etc.) and lighting loads with chokes on.
Energy efficiency in irrigation systems using photovoltaic
What is our solar irrigation system and what are the objectives
The main objective is to reduce energy costs motivated by irrigation in agriculture. This irrigation system does not require the presence on farms electricity grid or the typical generator. The energy source is the sun, which also coincides with periods of drought and where water for crops is most needed. It is applicable to polls, racking and other types of water transfer with not too great powers (from 1 to 22 kW). p>
Our application controls the boot drive (either with an astronomical clock, either with a cell irradiation) at the same time manages the numbers of starts / fail when there is not enough radiation in the photovoltaic field. The controller is configurable by the user and allows optimization of the number of starts of the pump to avoid working when the power is low. With the calendar and location data (latitude and longitude) shall be adjusted to the appropriate number of hours of operation with high performance PV energy production field.
The photovoltaic solar panel is the energy source that powers the inverter and this in turn pump. Converts solar energy (radiation) in photovoltaics, which is totally clean and respectful of the environment plus not generate waste or noise pollution < / span>.
It is the control unit that manages the smooth operation of the pump. It is able to interpret the solar calendar of the area and radiation at all times, which will run the pump in order to optimize performance and water flow.
Submersible pump or water transfer
The final element is the pump that draws water from a well, or simply racking survey rafts. As a primary condition is necessary to grant a three-phase AC motor 400 V.
The advantages of our irrigation system with solar energy
- Cost 0 € receipt dela light (payback period short investment of two to four years, depending on the utility)
- Maintenance almost zero (having no generator is only necessary to maintain clean PV panels)
- totally clean energy
- Period absolute risk period sunniest
- PID control through a pump operation (higher current PV field, higher pump performance)
- Very low energy consumption if the pump runs at a lower RPM than the nominal together with the possibility of varying the speed