Residential storage battery LUNA2000 S1 series
HUAWEI smart string storage battery designed with ease of installation and safety in mind.
This is the product catalog for the HUAWEI residential smart string battery "LUNA2000 S1 series." It supports capacity options of 7kWh, 14kWh, and 21kWh, and can be considered for power outage measures, disaster prevention, and integration with solar power generation. It features a battery optimizer, IP66 dust and water resistance, cable-free design, and safety protection functions, making it a battery storage system that takes installation and safety into account. We also accept inquiries regarding product selection and installation.
basic information
Specifications - Product Name: HUAWEI Residential Smart String Battery LUNA2000 S1 Series - Model Numbers: LUNA2000-7-NHS1 / LUNA2000-14-NHS1 / LUNA2000-21-NHS1 - Capacity Options: 7kWh / 14kWh / 21kWh - Rated Capacity of Battery System: 7.1kWh / 14.3kWh / 21.5kWh - Usable Capacity of Battery System: 6.9kWh / 13.8kWh / 20.7kWh - Operating Voltage Range: 350–560V - Operating Temperature: -20℃ to +55℃ - Protection Rating: IP66 - Noise Level: Below 29dB - Battery Cell: Lithium Iron Phosphate (LiFePO4) - Communication: RS485 / FE / CAN - Expandability: Up to 2 systems can operate in parallel - Certifications and Standards: S-JET Certification, JET System Interconnection Certification, JIS C 8715-2:2019, JIS C 4412-2:2019
Price range
Delivery Time
Model number/Brand name
HUAWEI LUNA2000-7/14/21-NHS1
Applications/Examples of results
Usage - Consideration of introduction as a residential storage battery - Collaboration with solar power generation systems - Power backup measures during outages - Disaster prevention measures and emergency power supply measures - Introduction with an eye on expanding storage capacity - Consideration of battery introduction in cold regions and outdoor environments - Reference materials for reconsidering residential power usage - Consideration of combination with HUAWEI-compatible power conditioners - Introduction focused on reducing installation time through cable-free design
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The solar power generation and storage batteries that are attracting attention with the full-scale operation of the emissions trading system.
In recent years, there has been a growing interest in decarbonization and GX, in addition to rising electricity costs and measures against power outages during disasters. The Ministry of Economy, Trade and Industry is promoting an emissions trading system targeting businesses with high CO₂ emissions, which is expected to be fully operational from the fiscal year 2026. While the direct targets are businesses of a certain scale or larger, this issue is also relevant for small businesses due to requests for decarbonization from trading partners and the need to address electricity costs. Amidst this, the utilization of solar power generation and storage batteries is gaining attention. By using electricity generated from solar power in-house and storing excess electricity in batteries, businesses can prepare for power outages and manage electricity costs. Juntechno Service Co., Ltd.'s Fukuoka Sales Office is accepting consultations on the introduction of storage batteries and solar power generation, primarily in the Fukuoka area. They provide easy-to-understand explanations in columns aimed at beginners about the basics of GX and its relationship with storage batteries.
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Emergency power supply "storage batteries" for households and businesses to prepare for heavy rain and typhoons in Fukuoka's power outages and disaster response!
The Fukuoka area, along with the rest of Kyushu, faces serious risks of flooding and typhoons almost every year. In particular, August 2025 left significant flooding and landslide damage across various regions due to consecutive linear precipitation bands and Typhoon No. 12. When such unpredictable disasters occur, the loss of lifelines such as electricity can lead to catastrophic damage. To protect households and businesses from unforeseen circumstances, it is essential to prepare power sources as part of "Fukuoka Power Outage Measures." An effective solution is a system that can provide stable electricity even during disasters. Introducing storage batteries for disaster preparedness in Fukuoka is not only crucial for ensuring a safe living environment for households but also essential for business continuity planning (BCP measures using storage batteries) to keep corporate activities running. Securing emergency power sources at bases in Fukuoka for offices and factories is extremely important for business continuity. Shall we start preparing for disasters that can happen at any time? For inquiries about optimal capacity, installation space, and implementation costs, please feel free to contact our Fukuoka sales office. Our specialized staff will propose the best plan tailored to your needs.
Distributors
At Jun Techno Service, we provide inspection and photography services for aging infrastructure in civil engineering, addressing the global challenges of infrastructure deterioration and workforce shortages that have been overlooked for a long time. In an era where proper maintenance management is deemed crucial, we prioritize human life and promote the IT transformation of infrastructure inspection surveys using underwater autonomous robot cameras (underwater drones) to enable continuous and efficient inspections. We aim to create a long-term safe society in collaboration with the community and everyone involved. ◆ NETIS Registration: Conservation inspection technology for underwater installations using underwater autonomous robot cameras (underwater drones) KTK-210002-A Examples of utilizing underwater autonomous robot cameras (underwater drones): - Bridge pier inspections and regular checks - Maintenance management of dam facilities - Maintenance management of reservoirs - Management of treatment plants and pump stations - Marine research at universities - Investigation of watershed sewer pipelines - Observation of aquaculture growth conditions - Investigation within agricultural drainage channels - Investigation of pipelines in ozone contact tanks at water purification plants











