Application Result

Tecloman’s system adopts an advanced self-power supply strategy to meet various demands on power consumption and saving. The system can optimize power utilization in commercial complexes, saving electricity cost by peak-shaving and power control. It can also supply emergency backup power in case of breakdown, thus increasing power supply reliability. Highly integrated, the system is compact, modular and scalable. Other advantages include real-time intelligent monitoring and reliability.

A higher quality of power supply is required to handle the variations in the loading capacity of commercial complexes and the difference in “peak and valley”. Meanwhile, the rapid adoption of electric vehicles has resulted in a doubling in energy demand during peaking capacity. As the grid capacity in commercial complexes is limited by the upper level distribution grid, it is difficult to further expand, which causes large investment and longer ROI period while generating less benefits. The question? How to deliver an optimal solution that solves inadequate distribution capacity, big difference between peak and valley hours, and the deterioration of grid quality.

Application Possibilities

Application Possibilities

While providing emergent power supply for UPS, it can shave peak requirements by optimizing lithium-ion energy storage loads to save electric charge for users. The system is an upgraded version of the traditional online UPS + lead-acid batteries scheme, delivering advantages such as a high utilization rate, smaller footprint, long service life and good economic efficiency.

Application Result

There are more than 400,000 data centers in China at present, accounting for 1.5% of the country’s annual electricity consumption. The PUE of around 2.5 in most centers presents a stark contrast the average PUE of less than 1.6 in other countries. In the past, data centers mostly used lead-acids battery, leading to low energy density, short life cycle and serious pollution. 

Application Result

Disasters like earthquakes and grid breakdowns can paralyze power supply. In most cases, a grid breakdown is caused by defective equipment. Prompt recovery is key. By providing safe, stable and clean electric energy, the large-scale ESS plays an important role in delivering emergency power supply. 

Application Possibilities

Compared with traditional diesel units, it is more flexible, greener, less noisy, generates zero discharge of noxious gas, and easier to maintain. It also features such functions as spinning reserve and black-start.

Application Possibilities

The Home storage system, a counterpart of a micro power station at home, can effectively reduce a household’s reliance on the public grid, saving money while enhancing power supply reliability. Users can also combine the photovoltaic system with the energy storage system for better results.

Application Result

During daytime, solar energy can supply electricity to households, while excess energy can be stored in energy storage battery to be used at night to power appliances or feed to the grid to generate income. At night, the energy storage system supplies electricity to appliances to minimize consumption from the grid during peak hours, thus granting each user the ability to plan his power usage and reduce his bill. The stored power can also be used as a backup in case of grid failure.

Application Result

Through a self-learning intelligent algorithm, it can achieve a best-response strategy featuring optimal power distribution and units self-balancing to generate a high real-time and high-precision response to the AGC frequency regulation order.

Traditional thermal generators are criticized for their low response and poor precision in frequency regulation. The introduction of an energy storage frequency regulation system can substantially improve the frequency regulation response and help users derive optimal benefits from supportive power generation services.

Application Possibilities

Renewable energy such as wind and solar energy are susceptible to strong intermittency and large fluctuations. When wind and photovoltaic energy connects to the grid on a large scale, power supply will become less stable and reliable, thus the curtailment of wind and solar energy will become more common.

Application Possibilities

Improving stability and energy efficiency.

Application Result

Islands and remote areas encounter frequent shortcomings such as high cost, great loss, low efficiency and poor economic performance. They also suffer from intermittent power failures and power shortage, while the use of diesel generators results in higher costs, serious environmental impact and noise pollution.

Application Possibilities

Substantial economic benefits and high power reliability.

Application Result