Explore job opportunities in the energy storage industry. Join us in shaping the future of clean energy.

Oct 13, 2025

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When"Double-carbon" targets become a must for companies to achieve sustainable development, how to reduce carbon emissions while ensuring the efficiency of production and operation, and achieve a win-win situation for economic and environmental benefits? INPOWER electric, with many years of technology in the field of power electronics and new energy, has launched a zero-carbon park overall solution, from the solar-storage microgrid demonstration project that has been implemented to the innovative and upgraded hydrogen-storage linkage and heat-power synergy solution, to provide customers with coverage of"Feasible" and"Future expansion" of the full cycle of green transformation path.


Core demonstration projects: demonstrating technological hard power through performance


PEDF photovoltaic-storage-flexible demonstration microgrid: building the"Smart Hub" of park energy


INPOWER electric power electronics industry in the deep plow more than 20 years, self-developed self-produced leading high-performance PCS, Ems. Taking the lead in the construction of PEDF photovoltaic-storage-flexible demonstration microgrid. The three core modules of photovoltaic power generation, energy storage system and flexible power consumption are integrated to form the"Smart Hub" of independent energy supply and intelligent allocation in the park. The micro-grid can match the power demand of the park in real time, and the green power converted from solar energy is preferentially supplied to the production and office scenes, and the excess power is stored in the energy storage system to avoid energy waste, the energy storage system quickly discharges and replenishes energy to ensure stable power supply. This system not only realizes the cascade efficient utilization of energy, but also enables the energy supply of the park to get rid of the single dependence on the traditional power grid, and lays a solid foundation for the subsequent zero-carbon operation.


Explore job opportunities in the energy storage industry. Join us in shaping the future of clean energy.


Solar-storage-diesel-recharge-zero-carbon plant: A new production paradigm with near-zero emissions


On the basis of the micro-grid, INPOWER electric will further expand its light-storage, diesel-charging and zero-carbon plants, integrating emergency power supply and charging functions for new energy vehicles, form a full-scene energy solution of"Complementary energy storage + Emergency Support + green travel". Currently, the plant generates up to 98% of its electricity, meaning that most of the park's electricity needs can be met by its own green energy supply, which is close to zero carbon emissions. From the equipment operation of the production workshop, to the daily lighting of the office building, to the charging needs of new energy vehicles on the factory site, all can be efficiently covered by photovoltaic power generation and energy storage systems, truly achieving production and environmental protection at the same time, it provides a model for the zero-carbon transformation of industrial enterprises.


Explore job opportunities in the energy storage industry. Join us in shaping the future of clean energy.


Innovation scheme upgrading: hydrogen storage linkage and thermoelectric synergy to expand the zero-carbon boundary


Based on the existing photovoltaic energy storage micro-grid technology, INPOWER electric further explores the innovative path of"Electricity-hydrogen-heat" multi-energy integration, making up for the limitations of traditional electric energy storage through hydrogen energy storage and combined heat and power technology, to realize the full-cycle efficient utilization of energy system.


Explore job opportunities in the energy storage industry. Join us in shaping the future of clean energy.

1. Hydrogen energy storage system: based on the existing electric energy storage, the hydrogen energy storage module is introduced innovatively to construct a closed-loop system of"Photovoltaic power generation-hydrogen production by water electrolysis-fuel cell power generation". When photovoltaic power generation is large and storage capacity is saturated, excess energy drives electrolyzers to produce hydrogen, which can be stored for long periods in the form of hydrogen (beyond a few hours, days to weeks or even over a quarter) , fuel cells convert hydrogen energy into electricity to quickly fill the power gap when demand is high or the output of photovoltaic and electric energy storage is low, forming a"Short-term + long-term" synergy with electric energy storage, the introduction of hydrogen energy storage system further improves the utilization rate of photovoltaic power generation and increases the stability of the whole microgrid system.


2. Combined heat and power design: combined with hydrogen energy storage system, innovative design of"Electricity-heat" collaborative utilization mode to maximize energy value. The waste heat generated in the process of hydrogen production by water electrolysis and the waste heat generated by fuel cell power generation (the temperature is about 60-80 °C) , after being collected by the waste heat recovery device, used to supplement the park heating, production process heating, hot water and other heat load scenarios. Improve the comprehensive energy utilization efficiency of hydrogen energy storage system to more than 90% .


Explore job opportunities in the energy storage industry. Join us in shaping the future of clean energy.


Schematic diagram of hydrogen storage linkage and heat and power synergy scheme


Program core advantage: to create multiple value for customers


Near-zero carbon emissions help companies seize green opportunities


INPOWER 's zero-carbon park solution focuses on"High proportion of green electricity for self-use", through deep integration of photovoltaic power generation, energy storage system, intelligent management and control, and hydrogen storage linkage, to help customers significantly reduce their dependence on fossil fuels and easily meet carbon emission reduction targets. Whether it is responding to the country's"Double carbon" policy, or enhancing corporate green brand image and market competitiveness, the scheme can provide strong support for customers.


Energy self-control, reduce the risk of operating costs


More than 98% of the self-use rate means that customers can significantly reduce the proportion of outsourcing, effectively avoid the cost risk caused by price fluctuations. At the same time, the peak-valley arbitrage function of the energy storage system can further optimize the cost of electricity, and the emergency power supply module can ensure the continuity of production during extreme weather or power grid failure The application of hydrogen energy storage system and combined heat and power technology will further improve the utilization rate of self-generation, and increase the stability and flexibility of the whole microgrid system through multi-energy complementarity.


Explore job opportunities in the energy storage industry. Join us in shaping the future of clean energy.


Full chain customization, adapt to the needs of multiple scenarios


INPOWER has more than 320 intellectual property rights (including more than 150 invention patents) of technology accumulation, can be customized according to the customer's industry, park size, load characteristics, zero-carbon solutions. Whether it is an industrial park, a new industrial city, a commercial complex or a logistics park, it can provide the whole chain support from planning and design, equipment supply to operation and maintenance services to ensure that the scheme is implemented and effective.


Join hands with INPOWER for a zero-carbon future


From the successful operation of the PEDF solar energy storage and flexible microgrid to the efficient operation of the solar energy storage and diesel energy storage and zero-carbon charging plant, INPOWER has always been driven by"Independent innovation", promoting zero-carbon technology from"Self-practice" to"Industry sharing". At present, the company has deep cooperation with leading enterprises such as state grid pinggao Group and Shandong Electric Engineering Group, and participates in large energy storage power station projects such as Kunshan in Jiangsu Province. Its technical strength and service ability have been widely recognized by the industry, the industrialization of technologies such as hydrogen energy storage and combined heat and power will also provide more industrial parks with an advanced path from"Near zero carbon" to"All zero carbon".


If you are looking for reliable solutions for carbon emission reduction, energy cost control and green transformation planning, INPOWER 's zero-carbon park solution will be your high-quality choice. Let us join hands to enable enterprises to develop green technology, and jointly create a better future of zero carbon!


Explore job opportunities in the energy storage industry. Join us in shaping the future of clean energy.

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