EnergiShift offers Battery-as-a-Service for energy‑intensive manufacturers in Vietnam, installing AI‑controlled lithium‑iron‑phosphate storage systems on‑site to shift load from peak‑price periods to off‑peak rates. The cloud platform forecasts electricity tariffs, automates charge‑discharge cycles, and provides remote monitoring, while the hardware remains owned by EnergiShift and customers pay only a performance‑based fee on verified savings.
Funding
Funding not disclosed
Founders
Product
Problem
Vietnamese manufacturers contend with rapidly rising electricity demand, an aging grid, and steep peak‑hour tariffs that can consume 20‑30% of monthly operating costs. Limited access to capital‑intensive storage solutions forces many factories to rely on costly diesel generators or to operate without load‑shifting capability, eroding profitability and hindering expansion.
Solution
EnergiShift delivers Battery‑as‑a‑Service (BaaS) by installing industrial‑grade lithium‑iron‑phosphate (LFP) battery energy storage systems (BESS) directly on‑site. Its AI platform continuously forecasts real‑time electricity prices, aligns charge‑discharge cycles with the plant’s production schedule, and executes optimal dispatch to capture off‑peak rates and avoid peak‑price spikes. The system operates autonomously 24/7, with remote monitoring, anomaly detection, and predictive maintenance built into the cloud analytics layer. Because EnergiShift retains ownership of the hardware, factories incur zero upfront capital expenditure and pay only a performance‑based fee derived from verified savings. The solution is fully compliant with international safety standards and Vietnam’s PCCC regulations, ensuring reliable, risk‑free integration into existing operations.
Target Audience
Primary customers are energy‑intensive manufacturers in Vietnam—such as food processing, textiles, electronics, and cold‑storage facilities—seeking to reduce peak electricity costs without upfront CAPEX.
Features
- AI‑driven price forecasting engine that ingests market tariffs and predicts peak windows with minute‑level accuracy
- Automated charge/discharge optimizer that synchronizes battery dispatch with real‑time production schedules and load forecasts
- Industrial‑grade LFP BESS modules (10 kWh–5 MWh) with PCCC compliance, on‑site installation, and full lifecycle maintenance
- Cloud‑based dashboard offering KPI visualizations, savings reports, and API access for ERP/Energy Management System integration
- 24/7 remote monitoring and anomaly detection using edge analytics to pre‑empt hardware failures
- Performance‑based billing model that invoices only on verified kilowatt‑hour savings, eliminating capital risk for the customer
- Scalable architecture allowing modular expansion as factory load profiles evolve