PV Diesel Generator Battery Energy Storage System Bess Microgrid System Business

PV - diesel generator - battery energy storage system Microgrid system

This integrated design includes a generator, PCS, battery, EMS, and distribution unit, and supports both grid and photovoltaic connections for quick deployment and one-click activation of temporary power solutions.

Features:

• Multi-energy Complementarity with 0ms Seamless Switching

• High Quality of Generator Output Power and Good Impact Resistance Characteristics

• Charge and Discharge Rate of 1C, Up to 2C Maximum, Providing an Efficient Power Usage Experience

• Integrated Design for Rapid Deployment, No On-Site Debugging Required, One-Button Start

• Oil Saving Rate Exceeds 30%

• Adaptive Oil-Saving Algorithm and Effective Utilization of Photovoltaic and Other Renewable Energy Sources

Microgrids for Local and Cost-effective Power Solutions

A microgrid can rapidly establish a power network in localized areas, saving on construction costs.

On a remote island far from the mainland, connecting to a large power grid involves the installation of undersea cables, construction of transmission towers, and other expensive and time-consuming tasks. In contrast, the entire microgrid system is more cost-effective and economical compared to setting up a large-scale power grid.

Microgrids offer flexibility and enable local utilization of renewable energy.

In remote areas with abundant solar resources, a microgrid can harness this solar energy for power generation and local consumption, with excess electricity stored for future use.

Microgrids provide high power supply stability, offering reliable power around the clock.

Even in some remote regions where the main grid is available, power supply can be unstable with frequent outages. By integrating a microgrid, the reliability of power supply is ensured, allowing the microgrid to operate in island mode during main grid failures, significantly improving the quality of life and productivity for local residents.

Solar Microgrids for Different Applications

Solar Microgrid for Islands

According to global maps published by various countries, there are approximately 100,000 islands worldwide, and island power supply is a significant application field for renewable energy microgrids. By establishing photovoltaic power generation, wind power generation, and energy storage systems, a continuous supply of clean, renewable energy and electricity can be provided for these islands. For islands that already use diesel generators, a solar microgrid can be integrated to reduce diesel consumption, enhance economic benefits, and decrease environmental pollution and carbon emissions.

Solar Microgrid for Mining and Oilfield Areas

Mining and oilfield operations are often located in remote areas with no access to the main grid and high electricity demands. Whether establishing a new grid or using heavy fuel oil or diesel generators, the costs are high and the reliability of power supply is low. A solar microgrid can effectively reduce electricity costs and significantly improve the reliability of the power supply.

Solar Microgrid for Remote Villages

In remote areas where the main grid cannot cover or where the cost of grid extension is prohibitive, an independent microgrid can be used for power supply. When conditions allow for the extension of the main grid to the area in the future, the microgrid can continue to operate independently or be directly integrated into the grid. The transition between these two modes can be easily managed through the control logic of ZTTEK‘s Microgrid’s EMS system.

Jiangsu Zhitai New Energy Technology Co., Ltd. was established in Aug. 2018. Currently, the company operates in two factory locations in Jiangsu Province,China.

It is a high-tech enterprise engaged in the research, development, production, sales, and service of lithium-ion batteries and complete ESS solutions.

The company boasts substantial technical capabilities and houses an independent research and development center. It focuses on the cutting-edge technology of lithium-ion batteries worldwide and collaborates with several famous universities such as BIT, HIT, among others, for industry-academia cooperation. Relying on four major innovative technology platforms - advanced materials, advanced batteries, advanced power sources, and advanced manufacturing - the company is committed to providing high-quality energy solutions to global customers.

As of now, the company has obtained more than 38 patents for invention, 19 patents for utility and 9 software copyright, participated in the formulation of one industry standard, and successively passed various product certifications such as CB, CE, TLC, as well as ISO9001 Quality Management System, ISO14001 Environmental Management System, ISO45001 Occupational Health and Safety Management System certifications.