Home Battery System For Solar

A home battery system for solar addresses intermittency by capturing daytime surplus (typically 40–60% of PV output) for nighttime loads, reducing grid reliance amid rising rates. For a 10 kW solar array producing 40 kWh daily, a 20.48 kWh battery like the BLOO POWER stores enough for essential evening use, yielding a 4–7 year payback via TOU arbitrage (EnergySage November 2025). LFP chemistry dominates (>90% market share – BloombergNEF), offering 6,000–10,000 cycles at 80% Depth of Discharge (DoD) and thermal stability up to 270°C, far surpassing NMC alternatives.

1,Extreme performance: The stacked battery adopts advanced lithium-ion technology, has excellent energy density and power output, and can meet the needs of various high-power applications. Whether it is home energy storage, commercial applications or industrial fields, it can exert excellent performance.
2,Flexible stacking: The stacking design allows multiple battery units to be easily stacked together to form an overall energy storage system.
3,Users can freely combine according to actual needs, realize flexible capacity expansion or reduction, and meet the changes of different energy demands.
4,Reliable and durable: The stacked battery adopts high-quality materials and advanced battery management system, which has excellent safety performance and long life. They can withstand the challenges of the external environment, ensure the stable operation of the battery system, and provide users with a reliable energy supply.
5,Environmentally friendly: Compared with traditional energy storage solutions, the stacked battery adopts environmentally friendly lithium-ion technology, does not contain harmful substances, and has no pollution to the environment. They can effectively store and utilize renewable energy, reduce carbon emissions and contribute to sustainable development.

 

Company Advantage

 

BLOO POWER is the source manufacturer located in Shenzhen. We have 16 years of rich experience and are quite mature in production, technology and cost control.

1. Advanced manufacturing facilities: BLOO POWER has invested in advanced manufacturing facilities in order to utilizing cutting-edge technology and processes to produce high-quality lithium battery components.

2. Innovative technology: BLOO POWER is using the latest advancements in battery technology to enhance the performance, safety, and efficiency of their products.

3. High-quality battery components: BLOO POWER focused on producing high-quality lithium battery cells, modules, and packs. We cooperated with top suppliers. Like the CATL/BYD/EVE/GOTION for cell, and the PACE for BMS.

4. Complete product series: including the home energy storage systems, C&I energy storage systems, 12V/24V lithium-ion battery packs, portable power stations, power banks, lead-acid batteries, solar street lights and other related solar products.

5. Technician: our company is equipped with 10 technicians who can support customers with all kinds of questions, and make the better solution for customized projects.

6. Production capacity: with a 15000㎡ production base, we produce 200MWh per month, and 2GWh per year, meeting different sizes of projects.

7. We can keep abreast of market changes according to the feedback of our customers, So far, We have served more than 80,000 customers worldwide.

 

 

Cooperate

 

Product Certificate

 

Products are with CE, FCC, UN38.3, approved
 

 

 

The factors for the location requirements of stackable batteries are as follows:

1,Stable foundation: The stackable battery system needs to be installed on a sturdy and stable foundation to ensure the overall system's stability and safety. Installing the batteries on an unstable or shaky surface may cause the system to tilt or sway, increasing the risk of malfunctions and safety hazards.

2,Adequate ventilation: During operation, stackable battery systems generate some heat, so it's important to ensure the installation location has good ventilation to facilitate heat dissipation. Sufficient ventilation helps prevent the batteries from overheating, improves battery lifespan, and ensures efficient system operation.

3,Avoid high temperature and humidity: It is preferable to avoid installing stackable batteries in high-temperature and humid environments, as these conditions can have adverse effects on battery performance. High temperatures accelerate battery aging, while humidity may lead to battery corrosion and damage.

4,Avoid direct sunlight exposure: It's best to shield stackable batteries from direct sunlight, especially in hot climates. Direct sunlight exposure may cause the batteries to overheat and affect their performance and lifespan.

5,Adequate operating space: When choosing the installation location, it is essential to leave sufficient operating space for easy maintenance and servicing of the stackable battery system. Ensuring there are no obstacles around allows for convenient maintenance and cleaning.

 

Product Packaging And Delivery

 

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