Description
What is this energy storage solution? A complete commercial & industrial (C&I) battery energy storage system (BESS) designed for high-consumption sites like shopping malls and industrial parks. It stores electricity when energy is cheap (off-peak) and supplies it when energy is expensive (peak), while providing backup power and grid services.
Why this storage solution?
Proven cost savings
● — peak-valley arbitrage reduces electricity bills
Scalable
● — up to 10 systems in parallel, expand capacity as needed
Full visibility
● — VNP cloud platform + mobile app, remote monitoring 24/7
All-in-one cabinet
● — batteries, EMS, and power conversion factory-integrated
Grid-connected
● — 0.4 kV output, 10 kV grid connection via user transformer
Safe & manageable
● — per-module protection, emergency stop, cooling system
4. Key Features & Benefits
4.1 Lower Your Electricity Bill
Peak-valley arbitrage
● — charge at off-peak rates, discharge during peak hours
Demand management
● — shave peak demand to reduce capacity charges
● Typical targets: shopping malls, supermarkets, industrial plants, logistics parks
4.2 Uninterrupted Power Backup
● Seamless backup supply during grid outages
● Protects critical loads — escalators, cold storage, production lines, data equipment
4.3 Modular & Scalable (Up to 10 Systems in Parallel)
● Each system is an independent unit with its own EMS
Up to 10 systems operate in parallel
● — scale capacity to match your energy profile
● Add cabinets as consumption grows — no system redesign
4.4 VNP Cloud Platform — Monitor From Anywhere
5G wireless connection
● to the cloud platform
● Smartphone app + web dashboard for real-time status
● Remote monitoring of charge/discharge, SOC, alarms, and energy flows
● LAN-based communication between EMS and metering points
4.5 Complete Grid Connection
GCP cabinet
● (grid-connection cabinet) with integrated metering
Three metering points:
● GCP meter, transformer meter, and grid meter — full visibility of energy flow
● DC 1000 V internal system → AC 0.4 kV output → 10 kV grid via user transformer
4.6 Factory-Integrated, All-in-One Cabinet
Battery modules
● stacked in a sealed racking frame — MSD (manual service disconnect), B+ power terminals, COM1/COM2 daisy-chain communication
Power distribution section
● — MCCB main breaker, A/B/C/N phase breakers, phase cables (yellow/green/red/blue)
Cooling system
● — dedicated AC cooling units maintain battery temperature
Safety controls
● — red emergency stop button, status indicator lights (red/yellow/green), high-voltage warning labels
4.7 Safe by Design
● Per-module protection and disconnects
● High-voltage safety labeling and lockable enclosure
● Thermal management with integrated cooling
● Outdoor-rated cabinets on skid frames, easy forklift handling
5. System Architecture
VNP Cloud Platform (5G / App)
▲
│ 5G
┌───────────────┬─────┴──────┬────────────────┐
EMS │ EMS │ EMS │ … │ (up to 10 systems in parallel)
└───────────────┴────────────┴────────────────┘
│ DC 1000V
GCP Cabinet
│ AC 0.4kV
GCP Meter ── Load (mall / park)
│
Transformer Meter ── User Transformer
│ AC 10kV
Grid Meter ── Grid
Connection summary:
Link | Type | Purpose |
Cloud ↔ EMS | 5G wireless | Remote monitoring & control |
EMS ↔ meters | LAN | System communication |
Systems → GCP cabinet | DC 1000 V | Power conversion & grid connection |
GCP → Load / Transformer | AC 0.4 kV | Supply building load |
Transformer → Grid | AC 10 kV | Grid interconnection |
6. Technical Specifications
Parameter | Specification |
Application | Shopping malls, industrial parks, C&I facilities |
System type | Modular battery energy storage (BESS) with EMS |
Parallel capacity | Up to 10 systems operating in parallel |
DC voltage | 1000 V |
AC output | 0.4 kV |
Grid connection | 10 kV via user transformer |
Monitoring | VNP cloud platform, 5G / LAN, mobile app |
Metering | GCP meter + transformer meter + grid meter |
Cabinet features | MCCB breaker, phase breakers, emergency stop, status lights, cooling system |
Battery modules | Stacked modules with MSD, B+ terminals, COM1/COM2 communication |
Enclosure | Outdoor-rated cabinet on skid frame, forklift-friendly |
7. Applications
Shopping Malls & Commercial Centers
● Peak-shave air-conditioning and escalator loads
● Backup power for critical retail operations
● Lower capacity charges on the mall’s utility bill
Industrial Parks & Factories
● Shift production loads to off-peak hours
● Backup power for production lines and cold storage
● Scale storage capacity as the park expands
8. Packaging & Delivery
● Cabinets shipped on skid frames — forklift-ready, protected for sea freight
● Factory-tested before dispatch
● Installation and commissioning support documentation included
● Worldwide shipping available from our export base
9. Why Choose SUPER SOLAR (One Supplier)
One-stop solution
● — storage cabinets, EMS, GCP cabinet, and cloud platform supplied together
Turnkey engineering
● — system design for your load profile and tariff structure
Proven topology
● — parallel systems architecture with full metering and cloud supervision
Factory-direct
● — competitive pricing without middlemen
Full export service
● — packaging, documentation, and logistics coordination
10. FAQ (for listing Q&A section)
Q: How does this system save money? A: Through peak-valley arbitrage — storing electricity at low off-peak rates and using it during expensive peak hours, plus peak-demand shaving to lower capacity charges.
Q: Can the capacity be expanded later? A: Yes. Up to 10 systems run in parallel, so you add cabinets as your consumption grows.
Q: How do I monitor the system? A: Through the VNP cloud platform — via 5G or LAN — accessible from a smartphone app or web dashboard.
Q: What happens during a grid outage? A: The system supplies backup power to keep critical loads running.
Q: What is the grid connection? A: The system outputs AC 0.4 kV and connects to the grid at 10 kV through the user transformer, with three metering points for full visibility.
11. Assumptions & Placeholders
The copy above is based solely on the 4 images provided (cabinet interior view, system architecture diagram, and outdoor cabinet installation photos). Technical parameters (DC 1000V, AC 0.4kV/10kV, up to 10 parallel systems, 5G cloud) are taken from the system diagram image. Third-party component brands visible in photos (cooling units, battery module stickers) are not named in this copy.
Placeholders to confirm before publishing:
● Battery capacity per cabinet (kWh) and power rating (kW)
● Cell chemistry (LFP?) and cycle life
● Efficiency (round-trip %)
● Certifications (CE / IEC / UN38.3 / UL — confirm for this system)
● MOQ, lead time, pricing, payment & shipping terms
● Warranty period
