—SINOSOAR—
The PV-Diesel-Storage Hybrid project
2023
——
Maldives
November 30, 2023
On November 30, 2023, Sinosoar and its partner successfully won the bid for the 30 islands PV-Diesel-Storage Hybrid project in Kaafu, Alifu-Alifu, Alifu Dhaalu and Vaavu atolls in the Maldives.
Maldives
This project is the fifth mini-grid project that Sinosoar has won in the Maldives. As of this new project, the total number of project islands of Sinosoar in the Maldives has reached 114.
This project is also a part of the Maldives government’s POISED Project on Outer Islands Sustainable Energy Development (POISED), and the main work of the project is to construct the PV-Diesel-Storage microgrid system on 30 islands and upgrade the existing power station, transforming the original single diesel power generation into a PV-Diesel-Storage microgrid system power supply, with the installed PV capacity ranging from 85-450 kWp. The total installed PV capacity of the 30 islands is 6MWp and the installed Battery energy storage capacity is 4.45MWh.
This project will adopt the EMS energy management system and SP series energy storage inverter (PCS) products independently developed by Sinosoar, so that the diesel power generation system and energy storage system can be automatically combined, which not only realizes the multi-energy complementary, efficient and green operation, but also ensures the safety and stability of the island power system.
Energy Management System
The combination of PV, BESS, Wind, Hydro, Diesel generators offers all the advantages of the respective systems while eliminating their possible weaknesses: Solar electricity is comparatively cheap and creates almost no maintenance costs. Yet, its availability is limited to the daytime (as long as no storage devices are implemented). Diesel generators offer power all around the clock, but inevitably drive costs up.
However, the key to tapping the enormous potential of hybrid solutions is an advanced intelligent management of the power sources involved: The Sinosoar Hybrid System operates on an intelligent control unit which ensures that as much PV-energy as possible is used and still keeps the genset in its optimum working range. In this manner, Sinosoar Hybrid System offers all the benefits of a hybrid system.
Energy Management
Smart Management
Reduce Fluctuation
Seamless Switchover
Plug-in Design
Modular Design
Compatible with all Sources
Flexible Extension
Web Based SCADA
Visible Control
Integrate with EMS
Fault/ Warning Alarm
Optimization LOCE
Improve RE Generation
Reduce fuel consumption
Improve Grid Quality
SINOSOAR SP30H Battery Inverter
Three phase bi-directional battery inverter, embedded EMS, up to 20pcs parallel operation. Compatible with generators. On/Off grid mode operation.
Easy for installation and maintenance.
Configurable for system operation. Monitoring function presents full system operation status through phone APP. External command from other EMS is also compatible.
High Yiled
Three level topology, Max. efficiency up to 98%
150% overload for 30s
Support 100% three phase imbalance
Dedicated to Mini-grid
On/Off-grid mode, Synchronize with Diesel-Genset
N-wire output, appliable for various loads
Modular and expandable for multiple parallel connections
safety and Reliability
Battery charge & discharge management integrated. Maximize battery life
L/HVRT, L/HFRT, soft start/stop
Support fast P/Q control; Adapt to different grid parameters
Plug-in Design
Modular Design
IP65 for reliable operation in all environments
Easy site commissioning; Monitoring via Web/APP
SINOSOAR Hybrid GDP
SINOSOAR Hybrid GDP (Global Data Platform – Supervisory Control And Data Acquisition) is a micro-grid information management system supported by cloud computing, Internet of Things and other technologies which is independently developed by Sino Soar Hybrid (Beijing) Technology Co., Ltd. It is designed to provide intelligent monitoring, O&M services, as well as the full life cycle management of micro-grid solar plants for business owners and third-party O&M companies.
SINOSOAR Hybrid GDP could fulfill the full life cycle management of distributed power plants, industrial hybrid power plants, and power plants located in the remote area. It could improve the power supply efficiency of the plant and lower the cost of operation. Meanwhile, it supports third-party access.
The GDP system is based on the SAAS platform, users only need to log in the account to enjoy all the needed services. The system has the functions of real-time data display, power generation statistical reports, event records and so on. It is characterized by supporting Center SCADA, remote control, and other functions. The publishing is in WEB mode and it supports multi-platform and multi-terminal (browser, mobile APP) data access.
User Friendly Multifunctional
The GDP System has “Center SCADA” function, and it supports web browser and mobile APP access. No matter when and where, users can conveniently monitor and manage all links of the power station.
Remote Control Efficient Management
The GDP System is based on the Internet of Things technology and Hadoop technology. It helps customers realize centralized O&M management of multiple energy sources. GDP can perform real-time data collection, equipment remote control, measurement, parameter adjustment, and various signal alarms etc.
Fault Alarm Data Report
The GDP System is equipped with a formidable cloud Hadoop platform and integrated with the data collection system to fully guarantee the different management needs of users at all stages of the power plant and ensure the stable operation of the power plant.
Improve Efficiency Reduce Costs
The remote centralized O&M mode eliminates the needs of arranging a large number of management personnel and a large number of on-site inspections to save the management costs.
Data Encryption Global Coverage
The system can collect data from global power plants which are connected to the internet, It adopts TSL encrypted channels for data transmission and HTTS for data access. At the same time, it applies the AWS data backup technology to achieve data security.
Easy Access Plug & Play
The GDP System is based on the Saas account service and it connects with the EMS through SINOSOAR communication management machine which is convenient for access. Users only need to log in their account to access all authorized services.
Power the world with hybrid energy
Sino Soar Hybrid (Beijing) Technology Co., Ltd. (Abbr. SINOSOAR) is an international high-tech company specialized in solar hybrid and off grid fields. SINOSOAR’s main business scope covers R&D, system integration, project development, engineering, procurement, construction, maintenance as well as project financing and investment.
Relying on strong R&D capabilities, sophisticated engineering experts, advanced supply chain and rich experiences in resources integration, SINOSOAR provides customized turnkey solutions for solar hybrid and off-grid projects all over the world.
Science & Technology
01
R & D
The development strategy of SINOSOAR is to expand our business chains upstream and downstream (including financing & investment) during the implementation of solar hybrid and off-grid projects. Our aim is to supply clean and sustainable power to industrial and individual users at isolated islands and remote undeveloped areas from pole to pole.
02
products
SINOSOAR has obtained the Certificate of National High-tech Enterprise and the Certificate of “Zhongguancun” High-tech Enterprise. SINOSOAR has declared a total of 103 patents, including 17 national invention patents, 86 utility model invention patents, 28 certificates for computer software copy right, and 3 appearance design patents. In addition, SINOSOAR has been issued with the ISO Certificates and HSE Certificate.
03
service coverage
As of now, SINOSOAR has completed more than 30 solar hybrid projects in Asia and Africa. The projects are benefiting more than 30 million people. SINOSOAR’s business map covers more than 20 countries and regions in Asia, Oceania, Latin America and Africa. In addition, SINOSOAR has successfully supplied and installed more than 400,000 sets of off-grid solar power system. These independent solar power systems are providing renewable energy to more than 3 million people to meet their basic needs of electricity. For the projects invested and constructed in these underdeveloped countries and regions, SINOSOAR has provided our end-users with free training and maintenance. We also established the maintenance stations near to the project sites to serve our customers with high-quality after-sales services.
Global Cases
Cases of Maldives
(Solar Hybrid system)
PV : 2.86MWp |
|
BESS : 3.23MWh |
|
Genset : 6.72MW |
|
Fund : Asian Development Bank (ADB) |
Cases of Uganda
(Solar Hybrid system)
PV : 518.4kWp |
|
BESS : 650kWh |
|
Genset : 500kW |
|
Fund : The Global Fund |
Cases of Mongolia
(Solar Hybrid system)
PV : 80kWp |
|
BESS : 96kWh |
|
Genset : 100kW |
|
Fund : Mongolian Highway Administration |
Cases of Myanmar
(Solar Hybrid system)
PV : 583.2kWp |
|
BESS : 476KWh |
|
Genset : 500kW |
|
State Grid : 1.25MVA |
Cases of Suriname
(Solar Hybrid system)
PV : 2.3MWp |
|
BESS : 1.14MWh |
|
Fund : Caribbean Development Bank (CDB) |
Cases of Marshall Islands
(Solar Hybrid system)
PV : 4MWp |
|
BESS : 2MW/1MWh |
|
Genset : 8.6MW |
|
Fund : The World Bank |
Cases of Niger
(Solar Hybrid system)
PV : 2.9MWp |
|
BESS : 4.35MWh |
|
Genset : 1.48MW |
|
Fund : The World Bank |
Cases of Maldives-Project Phase IV & V
(Solar Hybrid system)
PV : 10.5MWp |
|
BESS : 13MWh |
|
Genset : 11.6MW |
|
Fund : Asian Development Bank (ADB) |
Cases of Ethiopia
(Solar Hybrid system)
PV : 2MWp |
|
BESS : 5.5MWh |
|
Genset : 450kW |
|
Fund : African Development Bank (ADB) |
Cases of Solomon Islands
(Solar Hybrid system)
PV : 212.8kWp |
|
BESS : 161kWh |
|
Fund : Solomon Government |
Cases of Kiribati
(Solar Hybrid system)
PV : 4MW/5MWp 2.2MW / 2.5MWp |
|
BESS : 5MW / 13MWh 5MW / 0.5MWh |
|
Fund : Asian Development Bank (ADB) |
Cases of Suriname
(Solar Hybrid system)
PV : 500kWp |
|
EMS : SINOSOAR self-developed Energy Management System |
|
Fund : IDB |
Cases of Marshall Islands
(Solar Hybrid system)
PV : 416.93kWp |
|
BESS : 4.35MWh |
|
PCS : 60kW/480V(6 sets) |
|
Fund : Business Owner |
Cases of Myanmar
(Solar Off-grid System)
System Quantity : 368240 Sets |
|
Capacity : 24.88MWp |
|
Fund : The World Bank |
Cases of Philippines
(Solar Off-grid System)
System Quantity : 25000 Sets |
|
Capacity : 1.1MWp |
|
Fund : EU & The World Bank |
|
Power the World with Hybrid Energy