Energy Business
ENERGY BUSINESS
With over 200 projects in power plant development and management for both public and private sectors, we bring extensive expertise to the energy industry. Our company is dedicated to advancing alternative energy solutions, striving to lead in clean energy and sustainable business practices. As a driving force behind Thailand’s push toward Net Zero, we prioritize sustainable energy operations that balance societal, environmental, and financial outcomes.
We achieve this through innovative renewable energy projects, alternative energy initiatives, and investments in various renewable energy companies. Our goal is to support livelihoods and activities while minimizing environmental and ecological impacts, paving the way for a greener, more sustainable future.
With over 200 projects in power plant development and management for both public and private sectors, we bring extensive expertise to the energy industry. Our company is dedicated to advancing alternative energy solutions, striving to lead in clean energy and sustainable business practices. As a driving force behind Thailand’s push toward Net Zero, we prioritize sustainable energy operations that balance societal, environmental, and financial outcomes.
We achieve this through innovative renewable energy projects, alternative energy initiatives, and investments in various renewable energy companies. Our goal is to support livelihoods and activities while minimizing environmental and ecological impacts, paving the way for a greener, more sustainable future.
Solar Power Plant Projects
Megawatt operates in the renewable energy sector, focusing on solar power, including both ground-mounted and rooftop solar panel installations. We offer comprehensive installation and maintenance services for solar energy systems, with a team of experts ready to provide consultation and oversee the installation of solar panels to meet every need.
Megawatt operates in the renewable energy sector, focusing on solar power, including both ground-mounted and rooftop solar panel installations. We offer comprehensive installation and maintenance services for solar energy systems, with a team of experts ready to provide consultation and oversee the installation of solar panels to meet every need.
Overview
Overview
Completed
30.00 MW
Under Construction
4.00 MW
What are the benefits of solar panel installation?
What are the benefits of solar
panel installation?
Solar panel installation is an electronic system that converts sunlight into direct current (DC) electricity, which can be used immediately. It can also store electricity in batteries for later use. This system helps reduce and save electricity costs. Solar panel systems are sustainable as they harness energy from sunlight, a renewable source that will never run out. Installing solar panels is a long-term investment that offers great value, as they require only a one-time installation and have a long lifespan.
การติดตั้งโซลาร์เซลล์ มีข้อดีอย่างไร
Solar Panel Installation Services
With professionalism and a team of experts, we provide consultation on solar panel installation, both ground-mounted and rooftop systems, to help optimize energy use effectively and sustainably. Megawatt’s solar panel installation uses high-quality materials that meet industry standards, along with advanced technology for control, installation, and maintenance, ensuring long-term sustainable energy use.
With professionalism and a team of experts, we provide consultation on solar panel installation, both ground-mounted and rooftop systems, to help optimize energy use effectively and sustainably. Megawatt’s solar panel installation uses high-quality materials that meet industry standards, along with advanced technology for control, installation, and maintenance, ensuring long-term sustainable energy use.
Solar Panel Installation
Solar panel installation utilizes solar energy, a renewable source, to generate electricity. It is convenient to use because the electricity produced is direct current (DC), which can be used immediately. This makes solar panels an increasingly popular choice for business owners who install them at factories and establishments. It’s essential to choose a company with a wide range of installation options that can meet the needs of various locations. Additionally, selecting a company that offers maintenance services throughout the solar system’s lifespan is crucial to address any issues that may arise during use.
Solar panel installation utilizes solar energy, a renewable source, to generate electricity. It is convenient to use because the electricity produced is direct current (DC), which can be used immediately. This makes solar panels an increasingly popular choice for business owners who install them at factories and establishments. It’s essential to choose a company with a wide range of installation options that can meet the needs of various locations. Additionally, selecting a company that offers maintenance services throughout the solar system’s lifespan is crucial to address any issues that may arise during use.
Solar Energy System
The solar energy system can be divided into three types:
1.On-grid system
2.Off-grid system
3.Hybrid system
The solar energy system can be divided into three types:
1.On-grid system
2.Off-grid system
3.Hybrid system
Biomass Power Plant Project
Biomass Power Plant Project
We provide design, installation, maintenance, and consultancy services for biomass power plants. A biomass power plant is a facility that uses various types of biomass materials as fuel to generate electricity or steam. These materials can be a single type or a combination of several, such as using bagasse from sugarcane mills as fuel for electricity generation, or using rice husks in large mills for power production. Additionally, biogas (produced from wastewater treatment processes in industrial facilities or animal manure from farms) can be utilized to generate electricity, among other applications.
We provide design, installation, maintenance, and consultancy services for biomass power plants. A biomass power plant is a facility that uses various types of biomass materials as fuel to generate electricity or steam. These materials can be a single type or a combination of several, such as using bagasse from sugarcane mills as fuel for electricity generation, or using rice husks in large mills for power production. Additionally, biogas (produced from wastewater treatment processes in industrial facilities or animal manure from farms) can be utilized to generate electricity, among other applications.
Overview
Overview
Completed
- MW
Under Construction
- MW
Biomass power generation process
Biomass power
generation process
- Civil Work
- Boiler
- Fuel handing System
- Ash handing System
- Steam Turbine and Generator
- Water Treatment System
- Control and Instrument
- Control and Instrument
Biomass power generation process
- Raw water from prepared water sources is filtered to produce potable water for use within the factory, in the cooling system, and to remove minerals before being sent to the steam generation equipment.
- Biomass fuel is transported from the storage yard via a continuous conveyor belt into the combustion chamber to provide heat to the boiler for steam production.
- The high-pressure steam produced is then directed to rotate the steam turbine, which is connected to the generator to produce electricity.
- The steam that passes through the turbine still retains heat and is directed to the condenser to cool down and return to water. This water is then returned to the boiler to produce steam for reuse in the system. Meanwhile, the cooling water that receives heat from the condenser is sent to the cooling tower to dissipate the heat and is circulated back to the system to be used again.
- The hot steam and fly ash are passed through a high-voltage electrostatic precipitator (ESP) to trap the dust before releasing it into the environment.
- The ash collected in the precipitator is transported and packed into transport vehicles or sealed bags to be delivered to customers, such as in the agricultural industry for soil improvement, the cement industry, and the construction industry.
Wind power plant project
Wind power
plant project
We provide design, installation, and maintenance services, as well as consultancy in wind energy. Wind turbines are devices that convert kinetic energy from the wind into mechanical energy. This mechanical energy is then used to drive a generator connected to the wind turbine’s rotating shaft, which produces electricity. The generated electricity is transmitted through an electrical control system and delivered into the power grid.
The amount of electricity produced depends on factors such as wind speed, the length of the blades, and the location of the wind turbine. The efficiency of the wind turbine is also influenced by the local wind conditions and the installation site.
We provide design, installation, and maintenance services, as well as consultancy in wind energy. Wind turbines are devices that convert kinetic energy from the wind into mechanical energy. This mechanical energy is then used to drive a generator connected to the wind turbine’s rotating shaft, which produces electricity. The generated electricity is transmitted through an electrical control system and delivered into the power grid.
The amount of electricity produced depends on factors such as wind speed, the length of the blades, and the location of the wind turbine. The efficiency of the wind turbine is also influenced by the local wind conditions and the installation site.
Overview
Overview
Completed
- MW
Under Construction
- MW
Biomass power generation process
- Vertical Axis Wind Turbine (VAWT): This type of wind turbine has a vertical axis of rotation, and the blades are perpendicular to the wind flow. The blades of a vertical axis wind turbine capture the wind from any direction, making it suitable for locations where wind direction is variable.
- Horizontal Axis Wind Turbine (HAWT): This type of wind turbine has a horizontal axis of rotation, and the blades are positioned to face the wind flow. The blades are typically set perpendicular to the wind direction to capture the wind’s energy efficiently. Horizontal axis wind turbines are the most commonly used type in large-scale wind farms due to their higher efficiency and ability to operate at higher wind speeds.
