EverPower Stack Mounted ESS (EPV Series)

Product catalog summary

Overview: The EverPower Stack Series is a residential energy storage system designed for various applications such as apartments, homes, offices, banks, and clinics. It integrates a solar hybrid inverter, a long-life LiFePO4 lithium battery, and power distribution, featuring a stackable design for easy installation and expansion.

Key Features:

Cost Savings: The system can save up to 100% on energy costs by utilizing solar power.
High-Quality Battery: Utilizes advanced LFP lithium batteries with a lifespan of over 15 years and more than 6000 cycles.
Protection Against Rising Energy Prices: Reduces dependence on energy providers by harnessing solar power.
Modular Design: The stackable design reduces installation time by over 50% and allows for easy expansion.
Uninterrupted Power Supply: Ensures reliable power for all applications with a high-quality inverter and battery combination.
Smart Management: Supports mobile app monitoring for easy energy management.

Working Modes:

Mode 1 - Solar First: Prioritizes solar energy, with battery and utility as backups.
Mode 2 - Backup Mode: Uses solar energy first, then utility, with battery as a backup.
Mode 3 - Utility First: Prioritizes utility power, with solar and battery as backups.

Technical Specifications:

Models: EPV5K-10E-S, EPV5K-15E-S, EPV5K-20E-S with capacities of 10.24kWh, 15.36kWh, and 20.48kWh respectively.
Battery Type: Lithium iron phosphate battery with a recommended voltage of 48VDC.
Inverter Specifications: Pure sine wave output, 5000VA/5000W rated AC output power, and a maximum conversion efficiency of ≥94%.
Environmental Conditions: Operating temperature ranges from 0℃ to 50℃ for charging and -20℃ to 60℃ for discharging, with a storage temperature range of -30℃ to 70℃.

Conclusion: The EverPower Stack Series offers a comprehensive solution for residential energy storage, providing significant cost savings, high-quality components, and flexible installation options.

Catalog excerpts

EverPower Stack Mounted ESS (EPV Series)-1

EverPower Stack Series Residential Energy Storage System

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EverPower Stack Mounted ESS (EPV Series)-2

Solar Energy Storage Solution EverPower Stack Series Residen al Solar Energy Storage Solu on For apartment, home, oce, bank, clinicetc. applications EverPower Stack series ESS is a complete solar energy storage system that integrated with solar hybrid inverter, long life LiFePO4 lithium battery and power distribution. EverPower Stack series ESS have an innovative stack-able design, which can help you save more than 50% installation time, and more easily expand. The energy storage system can actively help you shape the energy transition, and consume your own solar power around the clock. It helps...

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EverPower Stack Mounted ESS (EPV Series)-3

Solar Energy Storage Solution Advantage of the solution: Ø SAVE UP TO 100% ON YOUR ELECTRIC ENERGY COSTS The sun delivers valuable energy to your home every single day – completely free of charge. A PV roo op system combined with our energy system allows you to generate and use electricity for your home, save up to 100% on your energy costs, and ac vely help shape the energy transi on. Ø HIGH QUALITY LITHIUM BATTERY Using EverExceed's most advanced LFP lithium ba ery, with 15 years + design life and >6000 cycle life, ensuring maximum longevity and the highest quality with a small footprint. Ø...

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EverPower Stack Mounted ESS (EPV Series)-4

Solar Energy Storage Solution Technical speciﬁcation: Model System Speciﬁcation Rated AC Output Power Surge AC Output Power Energy Capacity Range Battery Type Lithium iron phosphate battery Max. Total Charging Current Operating Temperature Storage Temperature Remote Monitoring Relative Humidity Operating Altitude Protection Degree System Dimension PV String Input Speciﬁcation Max. DC Input Power MPPT Voltage Range Number of Strings per MPPT Inverter Speciﬁcation Rated AC Output Power Surge AC Output Power Battery Recommended Voltage Rated Frequency Power Factor AC Output Wave Form Pure Sine Wave...

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