PV + Storage + Charging
PV-Storage-Charging Station Solution
A station-level solution for industrial parks, commercial sites, and transport hubs that integrates solar generation, battery dispatch, and EV charging to improve profitability and operational resilience.
Multi-Asset Energy Orchestration
Coordinate solar, battery, chargers, and grid constraints in one control loop to prevent local overloads and peak demand shocks.
TOU Arbitrage & Demand Control
Optimize charging/discharging based on tariff windows and demand thresholds to reduce peak imports and demand charges.
Charging Experience & Throughput
Support smart pricing, queue-aware operation, and remote O&M to improve driver experience and station utilization.
Station-Level Visibility & Alarms
Monitor generation, battery SOC, charging load, revenue, and alarms in real time with remote diagnostics and strategy tuning.
Built for Station-Scale Operations
The FluxionWatt PV-storage-charging solution helps operators evolve from single-purpose charging services to integrated station operations that combine energy dispatch, charging service quality, and revenue optimization.
It is designed to balance operational KPIs and charging reliability while increasing clean-energy utilization and long-term returns.
Station Architecture
1. Solar Generation Layer
- Deploy distributed PV on rooftops, canopies, and available station surfaces
- Prioritize on-site consumption before importing from grid
- Monitor generation output, cumulative yield, and device health in real time
2. Storage Dispatch Layer
- Use battery systems for peak shaving and power buffering
- Charge at low-tariff windows and discharge during peak-price periods
- Absorb fast-changing charging demand and improve station flexibility
3. Charging Operations Layer
- Support mixed AC and DC charging configurations
- Enable schedule-based, power-based, and price-based charging strategies
- Link order flow, load profile, and tariff signals for dynamic optimization
Station Energy Flow
STEP 01
Forecast Load & Tariffs
Build day-ahead dispatch plans using order history, weather, and TOU tariffs.
STEP 02
Use Solar First On-Site
PV serves charging demand first; surplus is stored or exported when appropriate.
STEP 03
Battery Supports Peak Hours
Battery discharge covers charging peaks and limits costly demand spikes.
STEP 04
Review & Optimize Revenue
Continuously refine strategies from daily and weekly performance analytics.
Control objectives can be tuned by station type, including industrial, commercial, and transport-hub deployments.
Comparison: Conventional Charging Station vs PV-Storage-Charging
| Dimension | Conventional Charging (Grid Only) | FluxionWatt PV-Storage-Charging |
|---|---|---|
| Energy Mix | Single-source grid power with high tariff exposure | Coordinated solar, storage, and grid for better cost control |
| Peak Demand Handling | Higher risk of demand spikes and capacity constraints | Battery buffers peak loads and reduces demand-charge pressure |
| Revenue Model | Primarily charging service fees | Charging revenue plus energy-dispatch value streams |
| Operational Digitization | Fragmented tools with slower response to alarms | Unified monitoring, real-time alerts, and remote strategy tuning |
Measurable Value
- Lower total electricity cost through peak shaving and demand control
- Higher asset utilization across PV, storage, and charging infrastructure
- Stronger operational resilience under volatile load and tariff conditions
- Higher clean-energy penetration with more local renewable consumption
Typical Deployment Scenarios
- EV charging hubs in industrial parks
- Charging stations in commercial complexes and parking assets
- Highway service areas and transit hubs
- Dedicated charging depots for bus or logistics fleets
Delivery & Lifecycle Services
FluxionWatt provides full-cycle support from early-stage assessment to long-term operational optimization:
- Load profiling and business-case modeling
- System sizing and grid-interconnection design
- EMS strategy commissioning and integrated testing
- Ongoing performance review and optimization
Planning to upgrade your station to PV-Storage-Charging?
Share your station load profile, charging demand, and tariff setup. We will provide a practical configuration proposal with expected returns.
See it in action
Track station energy flow, charging sessions, battery strategy execution, and revenue trends in one unified operational dashboard.
