“Why 2026 Will Be the Year of Battery Adoption”: The key lies not in the concept, but in the fact that the data has already crossed the tipping point:
According to a Bloomberg report
1. Growth has entered an explosive phase (≈33%)
Global battery installations in 2026 are projected to grow by approximately one-third (≈33%) year-over-year, driven simultaneously by multiple regions including Europe, the Middle East, Africa, and Latin America. This marks the industry’s transition from a “single-market” phase to a “global adoption phase.”
2. Sustained high growth has become a trend (23% → 35%)
New energy storage capacity additions reached 92 GW in 2025 (+23%), with some forecasts projecting **+35% growth and a scale of 94 GW**
→ When an industry maintains 20%+ growth for two consecutive years, it is no longer merely industry expansion but rather infrastructure replacement
3. Cost reductions trigger “widespread adoption”
Energy storage system costs hit an all-time low in 2025
Energy storage battery prices have dropped to approximately $70/kWh (-45% YoY)
Compared to 2010, battery costs have fallen by over 90%
→ The cost inflection point signifies a shift from “can be used” to “must be used”
4. A qualitative shift in demand structure (utility-scale demand)
Batteries will account for over 25% of new power capacity in the U.S. in 2026
Global energy storage demand will grow by 43% year-over-year in 2025
AI data centers and grid peak shaving are driving batteries to become “stable power assets”
5. Scale has entered an irreversible phase
Global cumulative energy storage capacity has grown more than 20-fold in recent years (industry statistics trend)
New energy storage capacity in a single country (the U.S.) will reach 15.2 GW in 2025 (+35%)
Conclusion
The reason 2026 is dubbed the “Year of Battery Adoption” is not merely due to rapid growth, but because three conditions are simultaneously met:
Growth rates reach infrastructure-scale levels (30%+)
Costs fall below the commercial tipping point (<$100/kWh)
Applications become central to the power grid (accounting for 25%+ of new power generation)
When these three factors converge, the market no longer asks “should we use batteries?” but enters a phase of “must deploy.”
This is the essence of widespread adoption—not a trend, but a reality that has already unfolded. This is precisely where our value lies—we not only provide battery products but also help customers achieve stable power supply, reduce energy costs, and enhance energy autonomy. In an era where batteries have become infrastructure, choosing the right supplier is, in essence, choosing future energy competitiveness.
