Market RadarBESS & Batterijparken
Sigenergy Unveils SigenCube BESS for Commercial and Industrial Applications
Sigenergy, a prominent home battery supplier, is expanding into the commercial and industrial market with its new SigenCube. This all-in-one battery energy storage system offers high capacity per cabinet and integrated energy management. The system is designed for sites with space constraints and noise considerations.
Sigenergy, a Chinese technology company that holds a leading position in home battery installations in Australia, is now targeting the commercial and industrial market. The company has unveiled a new battery energy storage system (BESS), the SigenCube, which offers increased capacity per cabinet.
The SigenCube is designed as an all-in-one BESS for commercial and industrial sites. The system integrates power conversion, energy management, and distribution. According to Will Hall, managing director of Sigenergy ANZ, businesses are now seeking the same control over power costs and reliability as residential consumers. The SigenCube has been specifically developed for locations where space, noise, and heavy loads have previously limited the deployment of storage systems.
Each SigenCube ES401 cabinet has a capacity of 401 kilowatt-hours (kWh) and occupies a footprint of 1.1 by 1.65 meters. This results in an energy density exceeding 220 kWh per square meter. For a 4 MWh project, an area of 54.5 square meters is required. Each cabinet is equipped with its own energy management system, allowing up to 100 units to operate in parallel without an external data logger. The systems are pre-commissioned at the factory, enabling quick basic setup and diagnostics in just 3 to 5 minutes via an app on site.
Another feature is the low noise level of less than 60 decibels (dB) within one meter, comparable to a normal conversation. This permits placement close to offices, commercial centers, and residential areas. The SigenCube can handle a 150 percent overload for 10 seconds, managing startup surges from equipment such as air compressors, conveyors, and motor-driven pumps without tripping. The system also utilizes AI-driven thermal management, employing live cell data and day-ahead load forecasts to adjust cooling, which can reduce auxiliary power consumption by up to 20 percent.
The SigenCube will be available for off-grid projects and in New Zealand starting January 2027. For grid-connected projects in Australia, the system will become available after obtaining the necessary Clean Energy Council listing. This product enters the market at a time when the Australian federal government has increased rooftop solar rebates to systems up to 1 megawatt, stimulating demand for larger battery storage solutions. The information for this article is sourced from RenewEconomy.
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Talk to Oranje-Eco →This article is an Oranje-Eco summary of a report by RenewEconomy. Read the original: RenewEconomy.
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