Solar Energy System

Advancements in sustainability and energy efficiency for factories and industrial plants

In the current energy revolution, the utilization of renewable energy sources has become an important and necessary trend. For factories and industrial plants, transitioning to a solar energy system is an excellent solution to enhance sustainability, minimize environmental impact, and save energy. Let's explore the Solar Energy System solution - the smart choice for industrial businesses.

Our Solar Energy System provides a comprehensive solution for harnessing solar energy in factories and industrial plants. We leverage advanced technology and our expertise to design, implement, and manage customized solar energy systems based on the specific needs and requirements of each business.

One of the key benefits of the Solar Energy System is the ability to generate clean and sustainable electricity from freely available and non-renewable solar energy. Sunlight is transformed into electrical energy through solar panels, providing power for processes and operations within factories and industrial plants. This not only significantly reduces electricity costs but also helps decrease CO2 emissions and their impact on the climate.

The components of a solar energy system for factories and industrial plants may vary, but below is a basic configuration of a solar energy system:

  1. Solar panels:Solar panels are used to convert sunlight into electrical energy. There are various types of solar panels, such as monocrystalline panels, polycrystalline panels, and thin film panels. 

  2. Charge controller: The charge controller is used to regulate and control the process of charging the battery and maintaining energy within the system. It helps protect the battery from overloading and over-discharging, ensuring the longevity and efficiency of the system.

  3. Energy storage system (Battery Bank): The energy storage system is used to store excess solar energy during periods of insufficient sunlight or at night. Batteries are used to store energy and provide power when necessary.

  4. Inverter: The inverter converts DC power from the battery into AC power that can be used for devices and systems in factories or industrial plants. The inverter may also have features for monitoring and adjusting the electricity according to usage needs.

  5. Monitoring system: The monitoring system is used to track the operational performance of the solar energy system. It provides information on electricity production, energy consumption, and other parameters to assist in managing and optimizing the system's operation.

  6. Wiring system and accessories: The solar energy system also includes wiring and accessories that facilitate the proper functioning and connectivity of the components.

Installing solar energy systems for factories, industries, and industrial parks brings numerous significant benefits in terms of economics, environment, and society. Here are some key benefits of utilizing solar energy in the industrial sector:

  1. Energy cost savings: Solar energy systems help substantially reduce energy costs for factories, industries, and industrial parks. By utilizing free and renewable solar energy, it reduces reliance on energy from the public grid while also mitigating the risk of future electricity price hikes. The initial investment costs will be recouped in a short period, generating long-term profitability.

  2. Enhancing sustainability and greenness: Utilizing solar energy helps transform factories, industries, and industrial parks into more sustainable and environmentally friendly models. By reducing CO2 emissions and other polluting gases, solar energy systems contribute to protecting the environment and mitigating the impacts of climate change. This also contributes to building a positive image and increasing brand value for businesses.

  3. Automation and power reduction: Solar energy systems can integrate with automation technologies and energy management. This optimizes efficiency and reduces energy waste in the production process. The system can automatically adjust energy usage based on sunlight conditions and energy demands, saving energy and electricity costs.

  4. Enhancing reliability and stability: Solar power systems can provide stable and reliable electricity supply for factories, industries, and industrial parks. Even during power cuts from the public grid, solar energy systems can continue to provide continuous and stable power, ensuring uninterrupted operations and avoiding losses caused by power disruptions.

  5. Scalability and flexibility: Solar energy systems allow for scalability and flexibility in terms of scale. As energy demands increase, factories and industries can easily expand their systems by adding additional solar panels and supplementary components. This enables enhanced production capacity and meets the increasing needs of businesses.

Recognizing this trend, we offer solar energy system supply and installation services with a scale ranging from 5 kW to over 5 Mega WattPeak. Our services include key equipment from reputable manufacturers worldwide, such as:

  • Inverters: SMA, Growatt, Sungrow, ...
  • Solar Panels (Photovoltaic panels): REC, CanadianSolar, Jinko, ...
  • Switch: Schneider, ABB, Siemens, ...
  • Monitoring systems typically accompany inverters for small-scale systems. For large-scale systems, we provide complimentary SCADA monitoring systems from Siemens, Schneider, ensuring the simplest possible performance monitoring and maintenance planning.

For more information please contact us:


🏠 Headquarters: 1685/37 Le Van Luong, Hamlet 3, Nhon Duc Commune, Nha Be District, Ho Chi Minh City

🏠 Representative office address: DP12, Dragon Parc Villa, Phu Long Residential Area, Nguyen Huu Tho Street, Phuoc Kien Commune, Nha Be District, HCMC

📞 Phone: 028 3636 7192     📠 FAX: 028 3636 7092

🏘 Hotline: 0985 715 585

📧 Email: info@thientanetc.com