Photovoltaic and energy storage solutions

Photovoltaic and energy storage solutions

Junsenming always takes customer needs as its responsibility, providing customers with various intelligent photovoltaic and energy storage solutions, creating a green and environmentally friendly future, and supporting the development of smart energy.

Photovoltaic power generation system, referred to as photovoltaic, refers to a power generation system that uses the photovoltaic cell's photovoltaic effect to directly convert solar Radiant energy into electrical energy.

Energy storage mainly refers to the storage of electric energy. The stored energy can be used as emergency energy, as well as to store energy during low grid loads and output energy during high grid loads, for peak shaving and valley filling to reduce grid fluctuations.

With the continuous diversification of new energy forms, the drawbacks of a single energy form are also constantly emerging. The fluctuation of photovoltaics can often lead to instability in load power supply. So it is necessary to combine multiple new energy sources, complement each other's advantages, and achieve the improvement of their benefits.

Huawei is the first to integrate digital information technology accumulated over 30 years with photovoltaic technology across borders, launching leading intelligent photovoltaic solutions. On the power generation side, new ICT technologies such as AI and cloud will be further integrated with photovoltaic technology to create an intelligent photovoltaic power station that is "efficient power generation, intelligent operation and maintenance, safe and reliable, and grid friendly", helping photovoltaic become the main energy source. On the power consumption side, based on the concept of "active safety, better electricity cost", Huawei has launched industry green power solutions for enterprises, ushering in a new era of low-carbon; In the home scenario, we have launched a 24-hour green electricity solution, taking the lead in achieving 24-hour access to clean electricity and starting a zero carbon new life.

FusionSolar Intelligent Photovoltaic Solution

From power station construction to operation and maintenance, Huawei has carried out full process optimization and innovation, integrating digital information technology, internet technology, and photovoltaic technology across borders, effectively achieving the goal of optimizing initial investment, reducing operation and maintenance costs, increasing system power generation, and increasing investment return rate. By adopting innovative concepts such as simplicity, full digitization, and global automatic operation and maintenance, we aim to create an intelligent photovoltaic power station solution that is "efficient power generation, intelligent operation and maintenance, safe and reliable", ultimately maximizing the value of power station ownership and operation customers.

FusionSolar Distributed Intelligent Photovoltaic Solution

Huawei provides intelligent distributed photovoltaic solutions for the entire system, from power station equipment to intelligent operation and maintenance, bringing customer value of "higher returns, safety and reliability, and intelligent operation and maintenance". It is fully matched with various distributed scenarios such as large-scale industries, small-scale industrial and commercial rooftops, factories, schools, hospitals, agricultural lighting, and fishing lighting.

FusionSolar Household Intelligent Photovoltaic Solution

The focus of household photovoltaic is on "household use". The so-called household use refers to the conversion of solar energy into AC power for household and grid connected use. Huawei Intelligent Photovoltaics adopts a fuse free design to avoid fuse failure and fire hazards, safe and stable, decentralized power station centralized management, online intelligent component IV health diagnosis, intelligent and worry free.

Huawei Intelligent Photovoltaics will always continue to innovate, allowing green power to enter thousands of industries and households.