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JazzPower provides high-efficiency all-in-one solar energy storage systems integrated with hybrid inverters, solar panels and Battery Management System (BMS). It can seamlessly connect generators, heat pumps and EV chargers to build a comprehensive home energy management system. As a leading manufacturer of residential energy storage, JazzPower delivers advanced solar storage solutions to help households manage energy efficiently and achieve green & sustainable living.
The integrated modular design fits all types of residential buildings and power consumption scenarios, combining practicality and cost-effectiveness.
Realize self-consumption, peak-valley arbitrage and emergency power supply to optimize household energy costs comprehensively.
Solve household power consumption pain points from installation, operation and cost control.
Advanced BMS and intelligent energy dispatch platform ensure safe, stable and high-efficiency operation.
Real-time battery status monitoring, precise charge & discharge control to extend battery lifespan and ensure full safety.
Automatically optimize charge-discharge strategy based on electricity price, load and solar power data.
Proven commercial & industrial energy storage projects in Zhuhai, Guangdong, China with measurable benefits and replicable solutions.
This energy storage project is a key demonstration pilot for Chuntian’s energy strategy. It promotes in-depth application of PV & energy storage integration, greatly improves on-site green power utilization and economic benefits. The system delivers four core values: optimized self-consumption, peak-valley arbitrage, accurate demand control and high-efficiency green power consumption.
The system charges power from the grid during off-peak hours with low electricity prices, and discharges during peak hours with high prices. This "charge low, discharge high" strategy avoids expensive peak tariffs. Annual electricity cost saving reaches about RMB 1 million, becoming a new profit source for the enterprise.
The energy storage system realizes peak shaving and load balancing, effectively reducing monthly maximum power demand. It cuts basic electricity fees and brings sustainable cost savings.
Cooperating with on-site PV system, the storage unit stores surplus solar power and releases it when needed. It significantly increases local green power consumption rate and minimizes solar energy waste.
Supported by arbitrage revenue, demand management savings and auxiliary service income, the investment payback period is about 4-6 years. Continuous net profit will be generated afterwards to optimize long-term energy cost structure.
This project proves the huge economic potential of energy storage for industrial users. It acts as a smart energy asset to cut energy costs while ensuring stable production. It sets a replicable, high-efficiency benchmark for industrial energy transition and low-carbon development.
As a leading manufacturing enterprise in Zhuhai, Baiwei faced high electricity costs especially during production peak hours. To solve this problem, the company deployed a 250kW/430kWh liquid-cooled commercial energy storage system in 2025 to optimize energy cost via intelligent power dispatch.
Benefiting from the large price gap over RMB 0.9 per kWh in Zhuhai, the system stores 430kWh power during 00:00-08:00 off-peak time and releases power during 10:00-12:00 & 14:00-19:00 peak hours, forming a complete arbitrage cycle.
After operation, the company’s grid power purchase during peak hours drops by over 40%, and total annual electricity cost decreases by more than 30%. The annual profit from peak-valley arbitrage alone exceeds RMB 1 million, greatly enhancing product competitiveness.
Adopting liquid cooling technology with 50% higher thermal management efficiency, the system runs steadily under high temperature and humidity in Zhuhai throughout its lifecycle. The payback period is controlled within 4 years, and stable revenue will be maintained for the following 15 years.
This project builds a cost reduction benchmark for manufacturing industry in Guangdong-Hong Kong-Macao Greater Bay Area. It provides a standardized solution with low investment and stable returns for small & medium manufacturers. It also relieves regional grid pressure and paves the way for zero-carbon factory construction, complying with Guangdong’s green manufacturing development goals.
As a major power consumer, Chuntian Machinery relied heavily on traditional grid power. To respond to national energy transition policies and optimize energy structure, the company launched its first PV & energy storage integrated demonstration project.
Rooftop PV system supplies clean power directly to the factory, cutting grid power purchase during daytime peak hours and reducing basic electricity expenses.
The energy storage system charges electricity at night with low tariffs and discharges in daytime peak hours. This strategy saves around RMB 800,000 on electricity bills every year.
Combining PV power savings and storage arbitrage revenue, the total investment can be recovered in approximately 5 years. Continuous net profit will be generated afterwards to improve long-term profitability.
The project increases renewable energy ratio and reduces carbon emissions. It fully verifies the economic feasibility of PV & storage integration for industrial sites. This replicable model provides a reference for energy cost optimization and green transformation for high-energy-consuming enterprises, conforming to national energy development strategies.
JazzPower energy storage systems are widely applied in residential, commercial and industrial fields.
Large-capacity storage for full household use, compatible with PV and EV chargers
Compact modular design, space-saving for daily & emergency power
Stable power supply for shops & clinics, lower operational energy cost
Centralized energy management for collective living areas
