Power plant systems are efficiently designed to capture and utilize the heat that would otherwise be wasted in conventional power plants. These power plant systems can operate on a variety of fuels, including natural gas, biogas, and biomass, and can be applied across residential, commercial, and industrial sectors.
Power station systems utilize a variety of technologies and fuels to efficiently generate both heat and electricity. By producing power on-site, losses are minimized, and the heat that would otherwise be wasted is captured in the form of steam, hot water, or even chilled water to meet facility loads, enabling process heating. Power station systems can be used for district energy production, microgrid operations, or to provide heat and electricity for industrial applications. Additionally, they can supply power and heat to numerous end users. In the event of a grid outage, these cogeneration systems can deliver reliable electricity around the clock and can be integrated with other distributed energy technologies, such as solar PV and energy storage.
Power stations are generally more energy-efficient than traditional methods of supply.
Power station systems can save on heating and electricity costs.
Power stations help reduce the overall greenhouse gas emissions of a facility.
As electricity prices continue to rise and the grid struggles to meet demand, a power station system may help you overcome these challenges.
Power station system solutions can recover heat that would otherwise be wasted from the generator and use this energy for industrial processes, such as heating buildings. This allows power station systems to achieve efficiencies of up to 80%, while reducing costs and emissions for the facility. Additionally, local tax credits or other incentives may make your power plant project even more cost-effective.
As you move forward in your energy transition journey, you can incorporate biogas, biofuels, or hydrogen into your system for further reductions in your site's overall GHG emissions.
Using power station modules, fuel efficiency can be nearly doubled.
These units feature carefully designed modular structures for easy transportation and installation, enabling faster delivery. In addition, the power station units are pre-engineered, allowing them to be delivered immediately according to demand.
Most waste heat is found in engine exhaust and cylinder cooling water, while a small portion can be recovered from the lubricating oil cooler and, if equipped, the intercooler and aftercooler of the turbocharger. With power station solutions, this waste heat can be captured and reused, saving costs while achieving low emissions and more environmentally friendly operations.
The main advantage of power station systems is their ability to recover most of the heat that would otherwise be wasted during electricity generation and use it for other purposes. This reduces overall fuel consumption as well as greenhouse gas and pollutant emissions. Renewable power generation, by using carbon-neutral renewable fuels, further lowers the carbon intensity of electricity production.
Power station systems are highly efficient, capturing heat that would otherwise be wasted during electricity generation or power production. This allows heat demands to be met without burning additional fuel.
For many organizations, power station systems represent the single most significant opportunity to reduce energy costs and improve environmental performance. Existing power station users typically achieve energy cost savings of around 20%.
Micro power stations can reduce fuel costs for consumers and help hedge against rising energy prices.
Micro power stations can support the development of renewable energy by helping address the challenges of modern power grids.
By reducing current and future carbon emissions, micro power stations support the global transition toward decarbonized heat and power supply.
Micro power station systems provide efficient energy, enhancing grid stability while saving primary energy.
Micro power stations are regarded as the next-generation solution for the heating sector, creating jobs and adding economic value.
Contact us for a free, no-obligation feasibility study of your businesses energy demand.
Project consultingWide source of raw materials, high energy efficiency, can adjust the proportion of energy production according to customer energy demand
System low energy consumption, high energy efficiency, low failure rate, only one person on duty, the system covers a small area, simple operation, low NOX emissions, low fly ash, less exhaust consumables consumption, low flue gas treatment costs.
Our biomass gasification technology has been tested on over 80 organic materials, ensuring high efficiency and sustainability.
Nut shell
Rice husk
Wood chips
Coffee bean shells
Biomass pellets
Coconut Shell
Redwood pellets
Biomass Briquettes
Abundant and widely available raw material, stable energy output, can provide continuous power generation for long periods, ensuring a reliable energy supply.
High energy density, mature technology, cost-effective, suitable for large-scale power plants, reliable performance, but may require more maintenance, higher emissions, and increased environmental impact compared to cleaner alternatives.
Our coal gasification technology has been tested on various coal types, optimizing performance and reducing emissions.
Wood charcoal
Straw charcoal
Nut shell charcoal
Bamboo biochar
Anthracite
Bituminous coal
Brown coal
Pulverized coal
Cleaner burning fuel with higher energy efficiency, suitable for both base-load and peak-load power generation, with the ability to quickly adjust output based on demand.
Lower emissions of CO2 and other pollutants compared to coal, faster startup times, requires less space for installation, and has lower fuel costs. However, it depends on natural gas availability and infrastructure, which may fluctuate.
Our gasification technology has been tested on nearly 78 gases, ensuring efficient energy conversion with minimal impact.
Natural gas
Liquefied Natural Gas
Liquefied Petroleum Gas
Biogas
Syngas
City gas
Hydrogen
Associated Petroleum Gas
| Parameter name | Typical range of values | Remark |
|---|---|---|
| Generation efficiency | 20 - 30% | Depends on the technology and scale |
| Overall energy efficiency | 80 - 90% | Including electricity and heat |
| Electric power output | Depends on the size of the system | Small systems to large industrial systems |
| Thermal power output | Depends on the size of the system | Depends on the technology and scale |
| Operating temperature | 150-500°C | Steam or hot oil temperature |
| Operating pressure bar | 10 - 100(bar) | Steam system |
| Fuel type | Wood chips, crop residues, etc | Multiple biomass fuels |
| Carbon dioxide emission | It depends on fuel and technology | Biomass emissions are often considered carbon neutral |
Explore the power plant through a 360-degree panoramic tour:
Planning, construction, operation, and maintenance of power station systems
Packaging of customized units
Financing as part of contracting offers
Nationwide power station services are provided through a single source.
Taking into account energy needs and opportunities
Power station systems can operate completely off-grid, providing heat and electricity in island mode.
Power station systems are optimized to maximize plant efficiency. By utilizing heat that would otherwise be wasted, plants can gain numerous benefits.
Power stations can also provide additional electricity seasonally under extreme temperatures.
Over 4,400 large buildings and facilities have adopted power station technology, including:
Power plants - Coal, natural gas, hydro, nuclear, and renewable energy production.
Institutions-Colleges and universities, hospitals, prisons, and military bases.
Municipal-K-12 schools, district energy systems, and wastewater treatment facilities
Manufacturers-Chemical, refining,ethanol, paper, and food processing.
Commercial buildings-Office buildings, hotels, health clubs, and nursing homes
Residential-Apartment complexes and planned communities.
Power plants - Coal, natural gas, hydro, nuclear, and renewable energy production.
Institutions-Colleges and universities, hospitals, prisons, and military bases
Municipal-K-12 schools, district energy systems, and wastewater treatment facilities
Manufacturers-Chemical, refining,ethanol, paper, and food processing.
Commercial buildings-Office buildings, hotels, health clubs, and nursing homes
Residential-Apartment complexes and planned communities.
Choose Dabonn power station packages to start a long-term partnership. We are committed to delivering exceptional service and support, ensuring you get the most out of our solutions.
We have decades of experience and unmatched expertise meeting different and evolving customer needs.
We'll help you save time, lower costs, and do your best work.
Our experts will help design power generation equipment tailored to your specifications and provide support throughout the entire lifecycle of the equipment.
Dabonn has world-class technology and services customized for your goals and budget.
Your investment with Dabonn brings you complete on-site dealer support from the largest network in the industry.
Dabonn also has the largest worldwide parts network. With our dealers, we help you find the parts you need, when you need them.
Our power station units range from 100 kW to 4,500 kW, with many specifically designed for power station applications to deliver maximum return on your investment.
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“The power station system we use is built to last. I know it will bring long-term benefits to our family business, which gives me great peace of mind.”
“Now that we have a power station system solution, our electricity purchases from the grid have decreased, which is especially helpful amid high and rising energy prices.”
“Another benefit of choosing a power station is that we know our facility can keep running even during grid outages or disasters.”
“My leadership team is very pleased with our new power station system, as it has reduced our overall greenhouse gas emissions.”
“Our plant’s power station system is highly flexible. It can use alternative fuels, switch between different fuels, and integrate with microgrids and other technologies.”
"We've achieved overall system efficiencies of 60-80%, and we know the solution is built to deliver lasting benefits."
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We provide medium and long-term solutions to the problems of biomass waste, transforming waste into energy at no environmental cost and making it economically viable and at the same time compatible with the international environmental regulations and standards
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