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Overview

Commercial & Industrial

Commercial and industrial energy storage is the typical application of the distributed energy storage system on the user side. The enterprise park can realize peak and valley arbitrage, reduce the cost of electricity and improve the quality of electricity through distribution storage. In addition, the ability of clean energy consumption can be enhanced, and the realization of the "double carbon" goal is assisted. The main functional applications are peak shaving, emergency power backup, PV + energy storage + charging integration, and smart microgrids.

Peak Shaving

After the installation of the energy storage system, users can charge the energy storage system when the electricity price is the lowest. When the electricity price is the highest, users do not have to purchase from the power grid, but get electricity directly from the energy storage battery to avoid the highest electricity price and reduce expenditure in electricity.
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Emergency Power Backup

It is also be suitable for the scenarios requiring more for the continuity of power grid. In case of a power failure of the power grid, the industrial and commercial energy storage system can be used as backup power to replace the traditional UPS to provide the backup power for the key loads requiring uninterrupted power in the industrial/commercial parks against the unexpected power failure.
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PV, Energy Storage and Charging Integration

The intelligent charging station scenario integrates the photovoltaic system, the energy storage system, the electric vehicle charging and discharging service and the car battery online testing service and station energy management. Through the photovoltaic access in this scenario, new energy generation can be consumed, and the cost of power station power is reduced at the same time; and meanwhile, the battery energy storage system is utilized to absorb the low valley power and discharge the power for car charging in the peak period, which can support the fast-charging load while getting the benefit of peak and valley electricity price arbitrage. Real-time battery charging detection is used to achieve battery health status visualization, new energy vehicles detect the batteries while charging, and the owners can then view the car's battery health inspection reports on the phones, thereby protecting safe charging of the new energy vehicles. Cloud technology aiding, remote scheduling, cluster control, energy efficiency management, load management, energy forecasting and supporting for global cloud management achieve the global asset visualization and digitalization, the massive and complex equipment assets are subjected to classified and partitioned management, the management efficiency is improved, and operation and maintenance costs are reduced.
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Smart Microgrid

It generally consists of the photovoltaic array, the energy storage system, the load, the diesel generator and so on. During the daytime when there is light, the electricity generated by PV is prioritized for use by the load, and the excess electricity is stored through the energy storage system at the same time. At night, PV basically does not generate electricity, and the energy storage system discharges externally to safeguard the power supply.
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FlexCube

AlpSolarr FlexCube, a microgrid Hybrid ESS, is an innovative energy solution designed specifically for off-grid or weak-grid environments. It integrates advanced energy storage technology with flexible power management capabilities, significantly reducing fuel consumption, optimizing performance, and providing stable and reliable power supply. Whether for construction sites, remote areas, or emergency power scenarios, FlexCube enables efficient energy management, minimizes emissions, and is an ideal choice for promoting green energy transformation.

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ATLAS 03

2 MPPTs丨50kW~MW丨Auto Switching

The ATLAS industrial and commercial series product is a high-safety, high-reliability and standardized series product developed by AlpSolarr for industrial and commercial application scenario field, which adopts modular system configuration to flexibly match all kinds of industrial and commercial scenarios, supports for grid-connection and off-grid automatic switching with the switching time of milliseconds, supports for parallel expansion, facilitates the expansion of the system, can achieve peak and valley time shifting and off-peak power consumption, and alleviates the pressure on the grid. This industrial and commercial energy storage product is suitable for application scenarios with high requirements for grid continuity, can be used for peak shaving and valley filling, backup power and optical storage integrated use, and can also be suitable for application in microgrid scenarios.

The industrial and commercial energy storage integrated machine internally includes a battery insertion box, a control box, a power conversion system (PCS), an air conditioner system, a battery management system (BMS), an energy management system (EMS), a fire protection system, etc.

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Overview

Residential

With the increasing demand for energy, the use of energy storage systems in residential energy scenarios is becoming more and more critical. In the residential sector, the application of energy storage systems can effectively solve the problems of electricity price fluctuation, grid instability and rising energy cost, etc.

Energy storage systems are an important application of distributed energy technologies in the residential environment. With this system, residential users can flexibly manage their electricity consumption to adapt to different peak and trough periods, effectively reducing their residential electricity bills.

Additionally, the energy storage system can provide an emergency backup power function to ensure that the residential scenario can still function in the event of a power outage or an emergency. Additionally, energy storage systems can help to increase the efficiency of photovoltaic utilization and promote residential energy self-sufficiency. With smart micro-grid and rational energy management scheduling, residential users are capable to manage energy more intelligently and utilize renewable energy to the maximum extent.

Residential energy storage systems can not only bring the benefits of energy saving and cost reduction, but also contribute to the intelligence of residential energy management and the promotion of clean energy.

PULSE S3

Hybrid grid-battery operation with seamless switching under 10ms, ensuring zero interruption.
MPPT with 2x PV oversizing, maximizing low-light efficiency.
IP66-rated protection and -20°C~50°C extremes, backed by 9-unit parallel scalability.
Smart battery protocols enable 135A bi-directional throughput for peak shaving and emergency backup.

PULSE S2

Dual independent MPPT trackers resolve shading mismatches, boosting yields on complex rooftops.
Lightweight resonant topology supports plug-and-play deployment in space-constrained sites.
Flexible battery compatibility (lead-acid/Li-ion) with cold-start activation via PV/AC inputs.
Multiple unit single-phase parallelization, compliant with basic grid codes.

ROSA G2

8-12kW 丨3 MPPTs 丨LFP/VRLA

ROSA G2 uses advanced control algorithms to implement an integrated energy management system in PV system to control and optimize energy flow. The hybrid inverter has both LED local monitoring and EMS system remote control functions, with excellent load adaptability and grid adaptability. In addition, the good hardware design makes it effective to deal with a variety of complex application environments, making system operation safer, more reliable, more economical, and more adaptable to the environment.

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LIVO

5.12 kWh丨LFP丨IP65

LIVO is an energy storage battery product developed by AlpSolarr for South Africa, featured in highly cost-effective, good quality, simple and exquisite appearance, long service life of BMS, wall-mounted (space-saving), and IP65 (high level of protection), etc.

Self-developed BMS, characterized by a multi-level distributed architecture design and high-accuracy acquisition and detection with a voltage error <5mV and a current error <1%. The intelligent SOX algorithm of the neural network is used. Therefore, the charging and discharging efficiency is optimized.

Modular integrated design, wall-mounted; front wiring, simple installation, used right after plugging in; support parallel connection and expansion, convenient for system expansion

Man-machine interaction design; monitor status and record failures in real time

Overview

Commercial & Industrial

Overview

Residential

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