We can propose a variety of facility plans such as self-consumption system for factory, an open-air power generation facility utilizing the idle land, solar carport using the parking space, or solar sharing system (solar power generation and farming at the same time on the farmland).
Fukushima Prefecture
Nihonmatsu Plant
(Approximately 1,811kW)
Location: Nihonmatsu, Fukushima
Ibaraki Prefecture
Mito Plant
（Approximately 1919kW）
Location: Mito city, Ibaraki
Saitama Prefecture
Hanyu Plant
（Approximately 350kw）
Location：Hanyu city, Saitama
Chiba Prefecture
Noda Plant
（Approximately 87kW）
Location: Noda city, Chiba
MEGA SOLAR POWER PLANT IMPLEMENTATION FLOW
1.PROJECT PLANNING
・We also propose solar facilities such as mega solar for idle land regardless of capacity or mega solar facilities that require special high-voltage interconnection or 50kW middle solar power generation facilities that are easy to implement.
・For residential use, we will also carry out a long-term repair plan in consideration of roof waterproofing and the load on the frame.
・We will make plan according to the shape, location, and other various conditions of the land and the characteristics of the area.
2.DESIGN AND CONSTRUCTION OF THE POWER PLANTS
・Thorough support for design of the facility, material procurement, construction of the plants, and maintenance
・Obtaining various licenses and permits (Conversion of Agricultural Land, Forest Development, Landscape regulations)
3.MAINTENANCE
→Periodical check (Establish the maintenance system that can rapidly respond to the emergency)
Inspection engineers takes aerial photographs using drone, and check abnormalities of the solar panel, identify the defected panel using fault-discovery tools.
(Detecting the hotspot by the thermostat camera).
→Provide the facility maintenance system by remote monitoring
-Established maintenance system to respond quickly in case of emergency.
★These processes are complicated for the contractors who do not have certain knowhows.
★Contact us and we will provide you the best solutions from our rich experience in the area. We can reduce the risk for designing, procurement, construction, namely the construction mistakes, surge of the material price. We have a track record of designing, construction and operations of more than 20MW capacities of solar power plants.
NOTES FOR THE MAINTENANCE OF SOLAR POWER PLANT
Solar power plants are said to have long durable years and do not require much maintenance for its operation; however, it surely deteriorates during the long period of time.
- Defects and deterioration of the panels
- Malfunction of the power conditioner
- Loss of performance by equipment damage
- Defects of high-voltage substation
- Damage to the cables
By having them checked periodically, we can detect the damages and deterioration such as degrading of the technology equipment, and deterioration of the power efficiency in early stages.
We rush to the site when there is a problem, examine and diagnose the issues, decide whether to send the experts or bring it to the manufacturers for repair depending on the case.
We further support the insurance claims by reporting the result of self-analysis and site report.
PERIODICAL CHECKUP SERVICE (MAINTENANCE AGREEMENTS)
We will identify potential risks that cannot be understood without checking on-site, such as deterioration / damage, dirt, and environmental changes in the entire facility and consider countermeasures.
Products and services for maintenance
Solar panel module, rack, junction box, power conditioner, receiving and transforming equipment, visually confirmation of monitoring system, measurements and inspection, check abnormal noise and cleaning
Options
Cleaning of the solar battery modules, weedkilling at the facility and the nearby area.
Soramente is the fault-discovery tool without getting affected by the climate. Soramente Z detects the string that causes the power deterioration, and soramente iS (panel checker) senses the electrical current and finds precisely where it is not functioning.
It can also detect the power reduction that is not possible by vision and maintain the designated power volume by changing the deteriorated panel.
MONITORING SYSTEM THAT ENABLES TO MONITOR THE WHOLE SYSTEM REMOTELY
We adopt the remote monitoring system to grasp in the real-time conditions of the multiple power plants.
By installing the data collecting device at the power plant, we collect and store the relevant data at the outside webserver via internet. Thus, we can monitor the power plant condition from anywhere from the terminal.
It is easy to get the picture of power outlet volume at a glance, and it helps to collect the relevant data as well as climate information. When any trouble occurs, we receive the alert email and recover the data immediately, also reduce the power generation loss caused by the equipment defects.
