⚡ Dyness Stack100 Battery – Modular LiFePO₄ Energy Storage (Free-Stacking) for Homes, SMEs & Commercial Sites

Dyness Stack100 is a lithium iron phosphate (LiFePO₄) battery system with true “rack-less free stacking,” allowing towers from 15.36 to 76.8 kWh per stack and up to 12 stacks in parallel for ~921.6 kWh site capacity. It supports 1C charge/discharge, optional self-heating for low-temperature operation down to −20 °C, and integrates an automatic fire-suppression module inside every unit (≤5-second response)—a robust fit for desert/coastal climates across the GCC and the wider Middle East.

⚙️ Technical Specifications

• 🔠 Model: STACK100.
• 🔋 Chemistry: LiFePO₄ (LFP) for high safety and long cycle life.
• 🔌 Module rating (each): 51.2 V / 100 Ah (≈ 5.12 kWh).
• 🧱 Single-tower capacity range: 15.36 – 76.8 kWh (depending on stacked modules).
• 📈 Maximum expansion: up to 12 towers in parallel (≈ 15 – 921.6 kWh total).
• 🔄 Charge/Discharge rate: up to 1C.
• 🧪 Cycle life / warranty: ≥ 8000 cycles / 10 years.
• 🌡️ Operating temperature: −20 °C to +55 °C (self-heating option for sub-zero starts).
• ⚖️ Module weight: ≈ 47 kg.
• 📏 Tower dimensions: ≈ 590 × 390 × (233 + 133 × n) mm, with max tower ≈ 591 × 390 × 1700 mm (n = number of modules).
• 🧯 Safety: built-in automatic fire-extinguishing per module (≤ 5 s response) + smart cell balancing and Wi-Fi monitoring.

🔌 Common Capacity Configurations (Examples)

• 🔋 3 modules: ≈ 15.36 kWh — code: STACK100-3S.
• 🔋 5 modules: ≈ 25.6 kWh — STACK100-5S.
• 🔋 8 modules: ≈ 40.96 kWh — STACK100-8S.
• 🔋 10 modules: ≈ 51.2 kWh.
• 🔋 Dual-column options with dedicated link kits: ≈ 66.56–76.8 kWh per two-column set (depending on modules).

🧠 Smart Features & O&M

• ⚡ Plug-and-play tower assembly in ~30 minutes; no internal wiring; robust square-steel frame for heavy loads.
• 🛰️ Real-time Wi-Fi monitoring and diagnostics; intelligent cell balancing; free mixing of modules within 3 years for flexible expansion.
• 🛡️ Multi-layer safety: instant auto-extinguishing (≤ 5 s) + thermal sensing—well suited to sensitive sites.

🌍 Why Stack100 Fits the GCC & Middle East

• 🌦️ Built for harsh climates: reliable up to +55 °C with optional self-heating for −20 °C starts; resilient to dust and salinity.
• 🧩 True scalability: from residential to commercial/industrial deployments > 900 kWh via 12 parallel stacks.
• ⚙️ High performance: 1C charging/discharging supports grid-support use cases and DC-bus EV charging.
• 🛠️ Fast install, lower service costs: rack-less stacking, quick linking, and modular spares reduce downtime.

🏭 Application Scenarios

• 🏠 Medium-to-large residential ESS with future expansion.
• 🏢 Retail, warehouses, farms, and edge data rooms.
• 🔌 DC-bus EV charging sites and frequency-regulation projects.
• ☀️ Desert/coastal locations across Saudi Arabia, UAE, Oman, Qatar, Bahrain, Kuwait, and Yemen.

❓ FAQs

Can I start small and expand later?

🔸 Yes—begin at ~15.36 kWh per tower and scale to ~76.8 kWh; parallel up to 12 towers for ~921.6 kWh on site.

How does Stack100 handle heat or cold?

🔸 Operates up to +55 °C; with self-heating (optional) it can start and run down to −20 °C with minimal performance impact.

What about fire protection?

🔸 Each module includes fast automatic fire-suppression (≤ 5 s response) plus continuous monitoring and smart diagnostics via Wi-Fi.

Can I build dual or multi-column towers?

🔸 Yes—dual-column sets with dedicated link cables are supported, and up to 12 towers can be paralleled without an extra master controller.

**a📞 Contact Al-Raebi Solar for a tailored quote and expansion plan for Dyness Stack100|en/contact-usa/**