Compared to 7-8 years ago, the investment price to generate the same power output has decreased by 3 times. Previously, rooftop solar power investment cost up to VND 60-70 million/kWp, but now the average price is only about VND 20-21 million/kWp, even cheaper if the investment is as large as other projects for enterprises.

This is a key factor promoting the development of solar power in Vietnam. Just a few years ago, solar power was mainly used to contribute to environmental protection because of its high investment cost, poor productivity, and long payback period. But with current technology, the payback period is only about 4 years, while the system can be used stably for over 20 years. It is this that helps solar power have a new role, which is to help enterprises operate more economically.

Not out of that trend, as an enterprise operating in the medical field, Yteco not only provides high-quality medical equipment and products to enhance human health, but also wants to act to enhance this useful value in a variety of ways.

With the big changes in the solar power industry, this is the best time for this business to apply this clean energy. This investment decision not only creates benefits for the community, but also saves monthly electricity costs, improving the operational efficiency of the business. With the decision to invest in a solar power system with a capacity of 208kWp, this business generates nearly 1MWh of clean electricity per day, which indirectly reduces more than 200 tons of CO2 per year for the environment. This is how this medical equipment supplier expresses the message “Enhancing human health” in the strongest way.

There is an interesting point in the solar industry, which is that high quality equipment does not determine the final power output, but must be combined with optimal design to achieve maximum efficiency. Almost no design fits all projects. Just tilting the panel by 1 degree creates a completely different power output. And each province on the S-shaped strip of land has many different inclination angles to create optimal power output.

But that is only a small part of creating an optimal design. Many other methods can be mentioned such as estimating the actual power output of solar panels to reduce inverter rationally, distributing panels in each row to create optimal voltage, adjusting the design based on the specific technology of the panels, balancing the distance between the panels and the roof to avoid high temperatures affecting performance but still ensure safety and high aesthetic…

The system at Yteco is applied by DAT Solar with all specialized methods when designing to ensure that it is the system with the highest power output at the same fixed cost. In addition, operation and maintenance are also quite important, so engineers have participated in training and technology transfer so that the system can be operated according to standards, making it more efficient and safer to use for more than 20 years. Obviously, with many current advantages, solar power not only helps enterprises spread useful values to the community, but also helps enterprises themselves achieve economic benefits.