Kehua took part in the 2025 edition of Intersolar Europe in Munich and presented its latest all-scenario solar and energy storage solutions.
The BCS8000K ~ 10000K-C-HUD/T8 series 1500V Containerized and PCS solution attracted considerable attention at the event due to its extraordinary scenario adaptability and modern technical functions. The solution was developed for a variety of applications and enables the parallel operation of several units and at the same time uses grid-forming eating technology to provide additional inertia support for power grids.
In order to satisfy the growing demand for energy storage with a long time, Kehua has improved its EMS, PCS and fire protection systems based on grid and liquid-cooled storage technologies, which improves system performance by over 40%. In the precision temperature control (differences below 2 ℃) and an architecture of the top exponate architecture, the system dissolves the lifespan of lifespan in high-temperature environments. Customized designs ensure 99%+ operating stability in different scenario of low voltage challenges in regions of high altitude up to salt spray corrosion in coastal areas-and the real geographical adaptability and the versatility of the scenarios to advance the progress of industry.
The company's S³-EDTORE C&I energy storage system, paired with 50-125 KW string interrichers, also offers highly efficient solutions. The S³ store has liquid thermal management and stops cell temperature differentials within ± 1.5 ℃ with a compact 1.3 ° C footprint. The integrated aerosol fire suppression at the package level and the raster islanding transition benchmark at millisecond level, whereby the 60 kW strike inverter from -35 ℃ to 60 ℃ is reliably used, use optional C5-anti corrosion coatings and adaptive themal management for extreme environments.
In residential applications, Kehua's actorage all-in-one-home-to-home with a 25 kW string inverter offers a compact, modular design that is certified according to several international security standards. The space-saving structure enables remote monitoring and smart energy management and enables households to reduce costs and maximize the use of green energy.