Maximum Energy. Minimum Footprint. Built for the Grid.

The CATL TenerStack delivers approximately 9 MWh of utility-grade energy storage in a dual-stack 20ft containerized form factor — packing more energy per square meter than any other comparable BESS platform on the market. Engineered for grid operators, independent power producers, and large C&I developers who demand the most from every acre of land, the TenerStack is the flagship of CATL’s Tener product line.

The Business Case

• Maximize Revenue per Site: More MWh per container reduces total project cost per kWh — critical for frequency regulation, capacity auctions, and merchant BESS projects
• Lower LCOE: Higher energy density means fewer containers, fewer PCS units, and less land area required per MWh — directly improving your project economics
• Grid-Scale Returns: Designed for 2h discharge configurations, enabling peak arbitrage, ancillary services, and capacity market participation
• Zero-Degradation Year 1: CATL’s 565Ah cells are rated for no capacity degradation in the first year of operation, protecting your revenue projections from day one

Technical Highlights

• Record Energy Density: >609 kWh/m² projected area energy density — get more MWh on constrained project sites
• Proven 1,500V Architecture: Industry-leading DC bus voltage reduces balance-of-system losses and inverter count
• Liquid Cooling Precision: Integrated liquid cooling maintains optimal cell temperatures across the full operating range
• All-Conditions Reliability: C5 corrosion rating, IEEE 693 High Level seismic compliance, and IP55 protection for coastal, industrial, and seismic zones
• Smart Integration: CAN, Modbus TCP/IP, and RS485 protocols for seamless EMS/SCADA integration

Ideal Applications

• Utility-Scale Solar + Storage: Maximize co-located solar project returns with industry-best energy density
• Standalone Grid Services: Frequency regulation, voltage support, capacity market participation
• Merchant BESS Projects: Arbitrage-focused deployments where LCOS and land efficiency drive returns
• Large Industrial Campuses: Demand charge reduction and resilience at the multi-MWh scale