QuangAnhcons: Comprehensive Electrical Solutions and Advanced Innovations


QuangAnhcons specializes as a comprehensive electrical contractor, focusing on the design, construction, and maintenance of industrial power systems in Vietnam. The firm delivers solutions in medium-to-low voltage, substations, and renewable energy.

Design and Construction of Electrical Systems

QuangAnhcons offers expertise in designing and constructing medium-to-low voltage systems up to 35kV. This includes building, refurbishing, and maintaining substations and both underground and overhead power lines. By integrating robotic drilling and Tunnel Boring Machine technology, QuangAnhcons ensures safety and efficiency in complex geological conditions.

Design and construction of electrical systems is intricate, requiring high-level techniques to guarantee a stable and safe power supply for structures like factories, buildings, and industrial plants. The design process encompasses detailed technical phases tailored to meet the specific needs of each project type.

  • Project Intake and Functional Requirement Assessment: Depending on the structure, whether residential or industrial, the design solutions are customized to fully meet the requirements.
  • Load Calculation: Evaluating energy consumption and allocating loads across areas ensures the selection of appropriate equipment, guaranteeing stable operations of the industrial electrical system.
  • Lighting System Design: An essential step to ensure lighting standards while also focusing on energy savings.
  • Outlet and Switch Design: Positioning and calculating power capacity for devices provide safe and suitable power sources.
  • Cable and Switchgear Calculation: Selecting suitable wiring and MCCBs ensures electrical safety. Brands like Schneider and Mitsubishi are preferred for these components.
  • Transformer and Backup Generator Selection: Ensuring stable and continuous power supply with brands like ABB and EEMC.
  • Lightning Protection and Grounding System Design: Maximizing protection for personnel and equipment from lightning and electrical leakage incidents.
  • Completion of Electrical Design Drawings: Create preliminary and detailed drawings, often using 3D illustrations for clearer depiction.

The design process generally starts with creating preliminary system drawings, providing an overview of device layouts within the project. This process involves receiving feedback from investors and proceeding with detailed designs, including specific positions and activity simulations.

Designing electrical panels is crucial as they distribute power through switches and cables. Careful execution of underground electrical systems is also necessary to ensure the safety and overall efficiency of the electrical setup.

Medium-to-low voltage electrical systems with a substation
Design and execution of medium-to-low voltage electrical systems at QuangAnhcons.

Renewable Energy Solutions

QuangAnhcons offers renewable energy solutions, focusing on solar energy systems. Through consulting, designing, and implementing these systems, businesses can reduce energy costs and invest in green production models. These solutions not only meet international standards but also support sustainable business growth.

Vietnam benefits from geographical advantages favorable for renewable energy development, notably in solar and wind energy sectors.

Solar power thrives in regions such as the Central Highlands, South Central, and Southern Vietnam, where average solar radiation ranges from 1,387 to 1,534 kWh/kWp/year. These areas experience over 2,500 sunlight hours annually, ideal for large-scale solar projects. Similarly, wind energy holds strong potential in Vietnam, with over 3,260 km of coastline and average wind speeds reaching 7 m/s. Provinces like Binh Thuan, Ninh Thuan, and Bac Lieu offer optimal natural conditions for both onshore and offshore wind energy development.

Besides solar and wind resources, biomass, equivalent to 50 million tons of oil equivalent (TOE), significantly contributes to Vietnam’s clean energy resources. Additionally, the country continues to advance small hydropower and pumped storage hydropower projects.

Vietnam’s renewable energy development program aims to lower energy emissions to 170 million tons of CO₂e by 2030, increasing renewable energy’s proportion. By 2030, the government targets total power capacity to reach about 150,489 MW, with clean energy as a central focus. By 2050, Vietnam plans extensive development of hydrogen fuel for gas-fired and LNG power, transitioning plants towards cleaner alternatives.

To execute this strategy, the government fosters an investment-friendly environment, applying innovative policies and streamlining administrative procedures to encourage investment in renewable and new energy. This includes facilitating both private sector and international investments of high scale and quality.

A crucial aspect is diversifying energy sources by effectively utilizing solar, wind, small hydropower, biomass, and biogas. Developing energy storage technology and a smart grid system is essential to optimizing the clean energy framework, ensuring balanced supply-demand and flexible operations.

Ultimately, renewable energy solutions offer significant benefits to Vietnam, enhancing national energy security, reducing greenhouse emissions, and substantially contributing to local sustainable economic development.

Solar farm with photovoltaic panels
Renewable energy solutions utilizing solar power systems.

Motivations and Challenges in EV Charging Station Development in Vietnam

In response to the electric vehicle market’s growth in Vietnam, QuangAnhcons has invested in developing fast EV charging stations. These stations not only cater to increasing demand but are also designed for efficient and safe user experience.

The development of EV charging infrastructure has surged with the rising demand for electric vehicles. Fast charging stations and EV infrastructure play a critical role in positioning Vietnam as a leader in EV charging density, projected to reach over 150,000 public charging points by 2025.

This trend is supported by pioneering enterprises and national infrastructure development plans. For instance, PV Power aims to pilot 1,000 stations by 2035, building a coordinated network that leverages advanced charging technology for enhanced efficiency.

An example is V-GREEN, a spinoff from VinFast, managing an extensive charging station network with plans to extend nationwide. Companies like V-GREEN seek not only to expand Vietnam’s charging network but also to venture globally, promoting green energy and supporting electric vehicle growth.

Furthermore, companies such as EverEV, SOLAREV, and GreenYellow Vietnam, among others, have committed substantial investment into EV charging infrastructure, from home charging solutions to high-capacity stations for modern vehicles.

Despite numerous opportunities, EV charging station development faces significant challenges, including substantial investment costs for charging technology and the need for continuous technological improvements to enhance charging speed and efficiency. Additionally, building a well-coordinated, user-friendly network, compatible with the national power system, is crucial to ensuring stable electricity supply.

In conclusion, developing EV charging stations in Vietnam is a crucial factor in expanding the electric vehicle market, facilitating a future of sustainable green energy.

Electric vehicle charging station in use
Modern development of electric vehicle charging stations.

Investing with QuangAnhcons ensures technical excellence with advanced medium-to-low voltage and renewable energy solutions. This not only boosts efficiency but also promotes sustainable growth aligned with the modern industrial market’s needs.

For more details on electrical system construction and renewable energy services, contact QuangAnhcons via Hotline: +84 9 1975 8191.

QuangAnhcons offers design, construction, and maintenance services for industrial power systems, renewable energy, and EV charging stations with an experienced team and advanced technology.

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