Project Cases

Xiong'an Baiyangdian Microgrid Cluster (Wind, PV, ESS, Charging and Airheat)

Combined with regional distribution, Green V technical team built sub smart grid projects in folk village, school and dock square respectively, innovatively used nested micro grid clusters, improved regional power supply capacity, improved power quality, and made breakthroughs in seamless switching of 10kV parallel and off grid and mutual aid of microgrid clusters.

Maldives WIND-PV-DG-ESS Smart Microgird Project (Global Off Grid Benchmarking Project)

Planning and design of off grid PV-DG-ESS smart grid system, core micro grid energy management system and energy storage equipment, and system integration commissioning.The benchmark demonstration project of global island microgrid was the largest microgrid group in the world.

Angola National Data Center Smart Grid Project

Green V provides a complete set of smart grid EMS solutions with TEM-MG smart grid energy management software as the core, which realizes the high requirements of the National Data Center for power supply reliability and can not be cut off.At the same time, we hope to reduce the consumption of diesel as much as possible to reduce the cost of power consumption in the center.

Sendai Japan PV-ESS-DG Off Grid Smart Microgrid Project

The project is an off grid PV-DG-ESS smart microgrid system, located in an industrial park in Sendai, Japan.The expert team of Green V provided a complete set of smart microgrid EMS solutions to help users achieve the operation goals of seamless switching on and off of diesel units and maximizing the use of renewable energy, which was recognized by Japanese users.

China-Laos Border InterconnectionPV-ESS-Charging Mricogrid

The all-green electricity project ultimately consists of intelligent carport, photovoltaic system, energy storage system, charging piles and microgrid management system, to meet the 24-hour operation time,it is the Lao National Electricity Administration to hold this national demonstration project, it has long significance in Laos new erergy industry development.

CNPC Iraq MQ Camp Intelligent PV-ESS-DG Microgrid Project

This project is a hybrid complementary microgrid power supply system for solar energy storage and diesel.
Green V’s solution: Under the condition of sufficient photovoltaic power generation and battery capacity, the generator set can be shut down and completely carried independently by the energy storage system and photovoltaic system, achieving “zero carbon” power supply in the camp.
Technical highlights: It has functions such as black start and seamless off grid conversion, integrating multiple advantages of photovoltaics, energy storage, and diesel generators, and can flexibly respond to the complex and changing energy demands and environmental conditions in the Middle East region.

Democratic Republic of the Congo Manono PV-ESS-DG Microgrid Project

This project is a complete microgrid energy system for PV-ESS-DG.
Solution: The load electricity is mainly generated by photovoltaic power generation, supplemented by diesel power generation. The coordinated control of photovoltaic+energy storage+diesel power generation is reasonably controlled through the energy management system to ensure stable power supply of the microgrid system and fuel economy of diesel generator sets.
Technical highlight: The system integrates power generation, energy storage, and intelligent scheduling technologies, aiming to help mining areas achieve energy conservation, emission reduction, and sustainable development goals through efficient and clean energy supply methods.

Democratic Republic of the Congo Mabunde PV-ESS-DG Microgrid Project

This project is an AC off grid photovoltaic microgrid with a voltage level of 10kV.
Solution: Long term stable operation control and remote centralized cloud platform operation and maintenance management of off grid optical storage microgrids, with the function of stable operation to supply power to loads in the event of mains power or mains power failure.
Technical highlight: The system fully utilizes solar energy resources and combines the complementary advantages of energy storage and diesel power generation to build a stable and reliable energy supply network.

Antarctica Ross Sea New Station Microgrid Project

This project is a complex new energy microgrid system with four complementary energy sources.
Technical highlights: Long term stable operation control and remote centralized cloud platform operation and maintenance management of off grid optical storage microgrids in extreme environments. This is the first time that China has built a complex new energy microgrid system with four complementary energy sources in the Antarctic region, providing important reference and support for the clean and carbon free operation of future Antarctic scientific research stations.

Xibaipo Village Level Virtual Power Plant Demonstration (Grid connection)

It has achieved convenient and friendly access to green energy at the power supply side, zero energy consumption operation mode at the pilot village level, digital transformation at the power grid side and multi-level integrated development of source, grid, load and storage at the consumer side, improved the income of people in the old area and electricity experience, and helped rural revitalization and carbon neutral development.

Hebei Pingshan Yingli Virtual Power Station

Green V team has realized a 20% increase in PV absorption capacity in the region by using microgrid cluster control system, grid inverter, energy storage system integration, edge collector, etc.The power quality of the line is improved, the distributed photovoltaic voltage out of limit problem is effectively solved, and the power supply reliability at the end of the grid is improved.

Xinjiang 703 Institute Madong Oilfield PV-ESS-DG Project

For the PV-ESS-DG project in the Taklimakan Desert of Xinjiang, Green V team innovated and adopted the DC flexible scheme of PV-ESS-DG, combined with the smart energy management system developed by Green V, with an annual power generation of 650000 kWh, 140 tons of standard coal can be saved, and about 370 tons of carbon dioxide can be reduced.

New Island Power System in Dongtou, Zhejiang Province

The technical team of Green V has innovatively developed 50kW/100kWh modular products based on local conditions, transportation difficulties, isolated islands in the sea, on-site traffic inconvenience and other factors, which are characterized by good anti-corrosion, fire prevention, waterproof, dust prevention (wind and sand prevention), etc.In the off grid state, it can independently support operation for 7 days.

Yunnan Dehong PV-ESS Integrated Energy System

The operation of the project, “The Belt and Road Initiative Cross border Urban Application Demonstration Construction Supporting Equipment”, has improved the power supply reliability of the overall line at home and abroad, and can guarantee the emergency power supply capacity of border residents and part of overseas people under extreme conditions.

Xinjiang Military Civilian Integration PV-ESS-DG Project

It is an off grid power supply system for a border post. The project has a harsh operating environment, with an altitude of 4500 meters and a temperature of – 45 ℃.The operation of the project has greatly improved the working and living scenes of our border guards and reduced the pressure on logistics supply.

Yunnan Modularization Flexible Power Supply System Project

PV-ESS-DG and Modularization Flexible Power Supply System, Independent networking, grid connection, multi module parallel connection, seamless switching of diesel units With monitoring, protection, multiple charging and discharging modes, black start and other functions.

PV-ESS-DG integrated Container

The use of grid-type inverters, high-efficiency microgrid management system, integrating multiple modes, flexible strategies, realizing the input, integration and conversion of multiple energy sources, scheduling different energy inputs according to certain rules, and stabilizing the output of voltage and power required by the load.Adopting vehicle-mounted container design, standardized power interface, photovoltaic system design and high-efficiency exhibition and withdrawal structure to meet the relevant specifications while ensuring excellent mobility performance.

Guangdong Shaoguan Hydropower Project

In order to solve the problems of small hydropower consumption in mountainous areas, weak terminal power supply capacity and poor power supply quality, a Water-PV-ESS microgrid system is deployed in Shaoguan Hydropower Station, which can operate independently under fault conditions, and solve the problem of hydropower photovoltaic consumption under off grid conditions, so as to avoid blocking the Water-PV rush channel, and thus improve the reliability and quality of power supply in the region.

Yunnan Dali New Rural Distributed PV-ESS Project

In view of the problems of power supply in mountainous areas of Yunnan Power Grid, weak grid structure, long transmission lines, poor power supply reliability and so on, Green V has adopted smart technologies such as remote monitoring, cloud platform technology, the latest control logic, remote operation and maintenance, and has realized a powerful exploration of new energy smart grid technology by combining the characteristics of grid requirements and PV-ESS work.

FuJian military Microgrid

Through MGCC strategy control, VSG mode is used for grid structured inverter to realize friendly cooperation between inverter and diesel generator system and seamless switching capability of parallel and off grid mode, so as to ensure high reliability and active power grid support capability of the Owner under different complex working conditions, and ensure reliable concealment performance of equipment with low noise and low heating performance.

Dafeng seawater desalination microgrid project

Advantages: Grid connected anti backflow function, off grid black start function, and seamless off grid switching function.
Characteristics: This project has implemented an intelligent microgrid island power supply mode formed by wind turbines, energy storage batteries, and energy management systems without any grid power support, integrated with seawater desalination, and opened up a new path for new energy utilization and seawater desalination.

Lianyungang PV-ESS-Charging Smart Park

The first local PV-ESS-Charging integrated energy project with grid connection/disconnection function. The all green power project is finally composed of smart car shed, PV system, Energy storage system, charging station and micro grid management system, which can meet the requirements of 24-hour operation.

Tianjin Zero carbon Cabin

Green V team creatively applied green low-carbon energy-saving technology and integrated smart energy management and control technology to ensure that the DC microgrid in the building provides continuous, stable, high-quality and efficient power, and achieve the goal of zero energy consumption in the building;The system integrates power generation,smart luminous induction and other functions to realize the organic combination of people, roads and green energy.

Zhenjiang PV-ESS-Charging Smart Park Project (Grid connected)

Through the low-voltage flexible and direct interconnection system, the project can realize multiple operation modes of two stations, including off grid interconnection and discrete operation between DC systems, and also realize interconnected operation between stations, with controllable power flow and mutual aid of power.It effectively solved the problems of mismatch between heavy and light load in the platform area, difficulty in capacity expansion in the platform area, and difficulty in new energy consumption.

Inner Mongolia PV-ESS-Charging Smart Park

The purpose of this project is to further expand the training content and training methods of Inner Mongolia Power Group Power Training School in the field of smart micro grid, improve the basic knowledge, technical theory and operating skills of relevant trainers in relevant fields, and provide a platform for talent cultivation of the group company through the implementation of this scientific research project.

Guangdong Foshan PV-ESS-Charging Low Carbon Park

The project is a 10kV village level micro grid, which has the functions of photovoltaic full data scene monitoring, energy storage full field monitoring, PV-ESS remote adjustment and remote control, and can reasonably allocate loads, effectively save power, and achieve optimal operation.

CRRC Smart Valley Zero Carbon Park Project

The project is a comprehensive energy system of the park invested and constructed by CGN, which is required to achieve the most economical operation.The system uses photovoltaic, energy storage, ground source heat pump, and airborne air conditioning to provide comprehensive energy supply for the park, and achieve integrated monitoring and energy management of photovoltaic, energy storage, and energy stations.

Nanjing WIND-PV-ESS Smart Park Project

The integrated energy management platform independently developed by Green V has successfully and efficiently realized the multi energy complementary application scenario. In addition to the original background data system, a simple and beautiful large screen display system has been added to meet the needs of actual visit and display.

Northeast Electric Power University Low Carbon Park Project

The PV-ESS-Charging system fully considers the conditions of large temperature difference in the fourth level in the northeast and high cold in winter, providing a model for the deployment of PV-ESS-Charging system in extremely cold areas.

V2G demonstration station control management platform project

Add anti-islanding device to ensure the safety of electricity consumption.New EMS, comprehensive access to equipment data, charging and discharging management for V2G charging piles, and unified strategy management for photovoltaic, energy storage and charging piles, forming a complete optical storage and charging microgrid, with data access to the cloud, and a clear and complete display of information to facilitate remote management.

Henan digital twin microgrid project

Realize real-time monitoring, situational awareness and optimization decision-making of the full amount of distributed power supply, energy storage, adjustable loads and power grids, and enhance the level of regional autonomy of microgrids and the intelligence of friendly coordination and interaction with the upper-level power grids.

Shanghai Rongheting V2G Charging Station Project

Advantages: Utilizing technologies such as PV system, “valley in peak out” energy storage, liquid cooled supercharging, and V2G (Vehicle to Grid Interaction).
Characteristics: Realize flexible interaction among multiple strategies of light energy, energy storage, electric vehicles, and the power grid, promote efficient utilization of new energy, create typical demonstration cases of transportation integration, and build innovative practices for new power systems.

Shanghai Enneagon Electric vehicle battery swapping cabinet project

Advantages: Bidirectional inverter, a virtual power plant unified scheduling function implemented through a cloud platform.
Characteristics: The project aims to promote the sustainable and healthy development of the electric vehicle industry, optimize the layout of the industry chain, enhance product technology level, and promote industry innovation and upgrading.

Shanghai Electric Power University Microgrid Laboratory

The whole experimental system can form a distribution network system with distributed power grid and microgrid, as well as a typical Wind-PV-ESS AC/DC microgrid system, which can realistically simulate the Wind-PV-ESS AC/DC scene, providing a good foundation for students to do various related experiments and scientific research projects.

Hunan CRRC AC/DC Microgrid Laboratory

It can realize the micro grid real-time monitoring, historical data storage and query, real-time control strategy and energy management functions, realize the energy management of large optical storage stations, and carry out simulation experiments such as photovoltaic power generation prediction, AVC response in the station, AGC and primary frequency modulation response.

Hubei Electric Power Academy Microgrid Laboratory

A set of high-level research and development platform and testing platform for high-power energy storage converter have been established for Hubei Electric Power Research Institute.Build a multi-functional energy storage converter R&D and testing platform with advanced grid topology, flexible control and operation, and integrated system research, standard formulation, equipment testing, and system functional verification.

National University of Defense Technology Micronet Laboratory

The project builds a micro grid cluster control physics experiment platform based on hardware equipment to facilitate the access of various new energy systems and the interconnection operation control between multiple micro grid clusters, which can support the internship, experiment and scientific research work of the relevant undergraduate and graduate students in electrical disciplines.

North China Electric Power University Microgrid Laboratory

Through comprehensive energy system planning, operation, control, management, communication and other teaching, experiment, practice and research, it can provide on-site practical services for multi professional college students in electrical, control, automation, renewable, economic management, etc