Under the dual carbon strategy, the global energy structure transformation is imperative. As the share of new energy sources such as wind and solar continues to increase, the power system is exhibiting "double peaks", "double highs" and "bidirectional randomness", imposing higher requirements on grid security and stability. Energy storage systems can effectively resolve the contradiction between the intermittency of new energy supply and the continuity of user electricity demand, demonstrating excellent technical and commercial value through applications such as peak shaving and valley filling, and demand optimisation. Market demand for energy storage in frequency regulation, peak shaving and stable operation is increasing.

By 2025, the share of domestic new energy power generation is expected to exceed 20%. The rapid growth of new energy installed capacity will drive an increase in energy storage penetration. With strong support from national policies, continuous improvement in energy storage product technology, increasing economic viability and expanding business models, the industry has entered an initial stage of explosive growth and is expected to become the next super opportunity following new energy vehicles!

Jinko ESS smart energy storage product portfolio

1. Residential energy storage products

Integrated solution

• Sleek and aesthetically pleasing design, perfectly complementing modern homes

• Dual leakage protection and AC/DC hardware isolation design for enhanced user safety

• Inverter convective cooling design for stable operation under high-temperature conditions

• Inverter + battery integrated unit for simple and efficient installation and maintenance

• Real-time system monitoring via intelligent APP

LVS-X low-voltage separate solution

• Stackable design with industrial aesthetics

• Modular design with flexible capacity combinations for multiple scenarios

• Rapid system deployment with no on-site wiring required within the battery bank

• Inverter monitoring at any time via computer or mobile phone

LVS-P low-voltage separate solution

• Intelligent battery management functions

• Traditional low-voltage rack-mounted modules, simple installation and maintenance

• Scalable to accommodate higher capacity requirements

• Inverter monitoring at any time via computer or mobile phone

HVS-X high-voltage separate solution

• Intelligent battery management functions

• Modular design suitable for multiple application scenarios

• High-voltage battery bank scalable to accommodate higher capacity requirements

• Inverter monitoring at any time via computer or mobile phone

Digital management platform – efficient, safe, convenient and reliable

For B-side installers – easy to operate

• Device control at second level, firmware upgrade at minute level

• Flexible permission management for targeted allocation to specified customers

• Batch task processing for simultaneous control and upgrade of multiple devices

• Intelligent device classification, eliminating warehousing operations

For C-side consumers – real-time visibility

• Real-time monitoring of power station data for overall visibility

• Visualised energy usage patterns

• Intelligent recommendations provided on demand

• Efficient use of PV modules/batteries

• Remote on/off control of home products

2. Commercial and industrial energy storage products – DC-coupled solution

• High intelligence, safe and reliable

• Supports PV direct charging mode for greater efficiency and energy savings

• Provides different solutions with operating modes such as peak-valley arbitrage, demand optimisation and ancillary services

• Intelligent temperature control system for optimal thermal management

• Highly integrated for easy installation and operation

• ATS and STS switchover with rapid response

AC-coupled solution

• High flexibility, with easy expansion and capacity increase for both storage and PV systems

• Extended service life, with up to 8,000+ cycles and 10-year calendar life

• Integrated grid-connected and off-grid seamless switchover

• Highly integrated and intelligent, adaptable to multiple application scenarios

• Integrated container design for short installation cycle

3. Utility-scale energy storage system – battery system

Enhanced safety

• Separate battery compartment and electrical compartment

• Optional water-based fire suppression system

• Combustible gas detection system

Lower system cost

• Standard 20-foot container with air-cooled/liquid-cooled solutions; liquid-cooled maximum capacity up to 3.4 MWh

• Intelligent temperature control to improve battery life and provide longer system cycle life

• Pre-installed design to reduce transport costs and project construction costs