At DB Energy, we implement proven solutions that reduce energy costs, cut CO2 emissions, and enhance the efficiency of industrial plants. Our expertise spans cogeneration and photovoltaics, heat recovery, compressed air system optimization, modern cooling solutions, thermal, cooling, and electricity storage, as well as drive control systems and intelligent energy management monitoring.
Companies that fail to invest in modern energy technologies today may face energy and CO2 costs 2–3 times higher in the coming years.
Implementing solutions offered by DB Energy often delivers a simple payback period of less than three years, while enhancing your company’s image and preparing your plant for the energy transition, ESG strategy requirements, and zero-emission targets.
Don’t wait until rising energy prices and regulations undermine your competitiveness. Choose technologies that deliver results today.
Contact usIndustrial energy solution for the simultaneous production of electricity and heat. Reduction of energy costs by up to 30%, greater independence, and energy security.
Learn moreOn-site renewable energy production integrated with plant operations. Reduce energy purchase costs while preparing your facility for the green transformation.
Learn moreHarness waste energy from industrial processes to reduce losses and lower heating and cooling costs.
Learn moreModern, energy-efficient cooling systems. Process optimization and energy consumption reduction by several dozen percent.
Learn moreOptimization of compressed air generation systems and elimination of losses, achieving cost reduction of compressed air by up to 40%.
Learn moreIntelligent control systems tailored to specific processes. Advanced algorithms enable additional energy savings and extend equipment lifespan.
Learn moreA fast and effective way to reduce energy costs by up to 70%. Includes customizable automation and control, while enhancing comfort and safety in production areas.
Learn moreReal-time energy consumption monitoring and optimization. Access to data, full cost control, and ESG reporting support.
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We design and integrate technologies for industry - from audit and solution selection, through design and turnkey implementation, to financing and guaranteed savings.
We are a partner that takes full responsibility for results:
Every implementation delivers measurable results:
Our case studies demonstrate the use of cogeneration, photovoltaics, heat recovery, compressed air systems, and LED solutions in industrial plants. These examples show that DB Energy’s modern technologies not only support ESG strategies but, most importantly, enhance business competitiveness.
Check our projectsthat will deliver returns faster than you expect.
Contact us to discover solutions best suited for your plant.
Cogeneration, also known as Combined Heat and Power (CHP), is an efficient solution that allows for the simultaneous generation of electricity and useful heat in a single process. This enables a significant increase in energy efficiency in industrial companies, a reduction in CO₂ emissions, and lower operating costs. Let's take a look at the types of cogeneration and its main advantages and disadvantages.
Heat recovery is one of the solutions that significantly improves energy efficiency. Heat can be recovered from many sources - in this article, we will focus specifically on heat from flue gas. Flue gas, which is normally lost, contains a substantial amount of thermal energy that can be reused, reducing fuel consumption and operating costs. High-temperature flue gas allows for electricity generation, while at lower temperatures the heat can be used for heating water or air. Let’s take a closer look at various technologies and possibilities in the context of heat recovery from flue gas.
Electric drives are one of the most important components of modern industrial facilities. They account for as much as 70% of total electricity consumption in the manufacturing sector. A key element of their efficient operation is control systems, which enable the optimization of motor parameters and entire drive systems. The implementation of modern solutions in this area allows for significant energy savings, improved process quality, and increased reliability. In this article, we will explain what electric drive control systems are, how they are used in industry, what benefits and limitations they present, and how they can effectively support the optimization of production processes.
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