Reactive Power Compensation - Optimising energy in your company
Reactive power compensation is an effective way to reduce the problems associated with excess reactive power in electrical installations. Reactive power is energy which, although it does not directly perform work, is essential for the operation of equipment such as motors, transformers and other electrical equipment. Its excess leads to an overloaded network, increased energy losses and higher electricity bills.
By compensating for reactive power, this energy can be balanced using specialised equipment such as capacitor banks or active filters. The result is not only a reduction in electricity costs, but also an improvement in the efficiency of the entire system and a longer life of the equipment. Reactive power compensation is a solution that combines savings with greater energy efficiency, while also promoting the stability of electrical installations.
Implementing compensation is a simple step towards reducing energy costs and optimising the operation of the electrical infrastructure, making it an ideal solution for companies and industrial enterprises.
The solution to the ever-increasing price of electricity is REACTIVE POWER COMPENSATION!
Take control of your spending and profit!
Savings
Installing a reactive power compensator is a solution that allows a company to significantly reduce its electricity costs, avoid additional charges and improve the energy efficiency of the installation. The long-term savings and technical benefits make it one of the most cost-effective investments in modernising the energy infrastructure. A reactive power compensator eliminates or significantly reduces reactive energy charges.
Optimisation of the electrical installation
Reducing reactive power in an installation improves the efficiency of the entire system, which reduces energy losses and improves the stability of equipment operation. Investing in reactive power compensation also extends the life of electrical equipment, reducing the risk of damage by overloading.
Rapid return on investment
The investment in reactive power compensation pays for itself in a short period of time through significant savings. The payback takes place within a few months, depending on the scale of energy consumption and the excess reactive power before compensation is implemented.
What is reactive power?
Reactive power is energy that is not used to perform work directly. Reactive power is necessary for the proper operation of various types of equipment, including motors or transformers, among others. Its negative effects occur when there is too much reactive power. This leads to increased energy losses and a reduction in the efficiency of the entire electrical installation. Reactive energy flows between the power station and the consumer, but is not consumed. Colloquially speaking, it "circulates" between the consumer network, causing an additional load on the transmission network.
There are two types: inductive and capacitive reactive energy. Inductive is taken to create magnetic fields in transformers and motors. Capacitive energy is returned to the electricity grid by consumers such as LED lighting or capacitors.
Why do large companies need reactive power compensation?
Companies that use a lot of electricity, such as industrial factories, can have a problem with excess reactive power. This means higher energy bills as suppliers charge extra. Furthermore, too much reactive power can reduce the efficiency of equipment and shorten its lifespan. According to the regulations, the limit for inductive reactive power consumption is usually 0.4. This means that the ratio of reactive power to active power should not exceed this value. If this is not the case, additional charges will be levied.
The solution is reactive power compensation, i.e. the use of equipment that helps to balance this energy. With reactive power compensation, companies can pay less for electricity and avoid energy losses. Reducing energy losses through compensation allows not only reduce electricity billsbut also increase the efficiency of the energy system, preventing congestion and improving network stability. It is a simple and effective way to energy saving, larger operational efficiency and compliance with the requirements of energy suppliers.
What are the benefits of reactive power compensation?
Reactive power compensation is an effective way to reducing electricity costs, improving the efficiency of the electrical installation i increasing energy efficiency company. Below are the key benefits of its implementation.
1. Reducing electricity bills
💰 Elimination of reactive energy charges - Energy suppliers charge extra for excess reactive power. Offsetting avoids these costs and significantly reduces electricity expenses.
⚡ Reduction of energy losses in the network - Excess reactive power results in higher power consumption. Compensation reduces these losses, which means lower energy consumption.
Improving energy efficiency
🔌 Better use of active power - When compensation is applied, a greater proportion of the supplied energy is converted into real work, improving system performance.
🏭 Optimisation of equipment operation - Stable voltage and reduced load on the electrical grid make motors, transformers and other consumers operate more efficiently and without interference
3. reducing the risk of failure and extending the life of equipment
🔧 Protection of the electrical installation - Excessive reactive power causes overloads, which lead to heating of conductors and electrical components. Compensation reduces this risk.
⏳ Longer equipment life - Reducing energy losses means less wear and tear on transformers, motors and other components of the electricity network, extending their service life and reducing maintenance costs.
4. improve network stability and avoid voltage problems
⚙️ Improved power quality - Compensation maintains the optimum power factor (cos φ), which increases voltage stability and reduces the risk of power cuts.
📉 Reduction of overloads and voltage drops - Adequate reactive power balancing ensures more stable operating conditions for all consumers on the network.
5. Avoid financial penalties and comply with regulations
📜 Meeting energy standards - Many countries and regions have regulations requiring the power factor to be maintained above 0.95. Compensation helps to meet these standards and avoid possible penalties.
💲 No additional charges from energy suppliers - Energy operators can charge penalties for low power factor. Offsetting avoids this.
Types of reactive power compensation equipment
Several reactive power compensation devices are available on the market to help companies reduce energy costs and improve the performance of electrical installations. Here are the most important of these:
- Capacitor batteries: Traditional devices that reduce excess reactive power. They are effective under simple conditions where the load on the installation is stable.
- Compensation chokes: They work with capacitor banks to prevent surges in the installation. They protect equipment and ensure its safe operation.
- Active compensators: A state-of-the-art solution that dynamically adjusts the compensation level to the current needs of the installation. It is the ideal choice for companies with high and variable energy demands.
How much does reactive power compensation cost?
The cost of reactive power compensation depends on a number of factors, such as:
- Size and characteristics of the electrical installation: Larger systems with more complex workloads may require more sophisticated solutions.
- Type of device used: Various types of compensators are available on the market, including traditional capacitor banks and modern active reactive power compensators (APFCs).
The costs of implementing reactive power compensation in a company are not the same for every company. It all depends on the estimated demand for it, which is generally variable depending on the facility and the specifics of the business.
SVG Static reactive power generators ASTAT
ASTAT Group is a renowned Polish company specialising in reactive power compensation, industrial automation and modern energy solutions. For more than 30 years provides innovative technologies that help companies optimise energy consumption, reduce costs and improve power quality.
ASTAT's product range includes. capacitor banks, active filters, reactive power regulators and comprehensive consulting and implementation services. The company works with partners across a range of industries, providing effective solutions tailored to individual customer needs.
We have established cooperation with ASTAT Company, a leader in the field of reactive power compensation and modern energy solutions. This enables us to offer our customers even more advanced and efficient systems for improving energy quality, reducing losses and optimising electricity costs.
Together with ASTAT, we provide proven and innovative technologies to help companies increase energy efficiency and reduce energy bills. If you want to learn more about the benefits of our solutions - contact us!
