Industrial And Commercial Energy Storage System Solution

Solution Overview

Driven by global energy transition and dual-carbon targets, manufacturing plants, industrial parks, commercial plazas and PV power stations are confronted with surging electricity bills, widened peak-valley tariff gaps, excessive demand charges, PV curtailment, production shutdown risks during power rationing and strict carbon emission compliance pressure.
CONSNANT launches a full-series modular Industrial & Commercial (C&I) Energy Storage Solution built on dual DC voltage platforms, including vertical outdoor ESS cabinets (215kWh & 372kWh) and liquid-cooled prefabricated cabins (1075kWh & 1860kWh). It fully covers energy storage demands for user side, grid side and power generation side.
Integrated with LFP cells dedicated for energy storage, independent intelligent string architecture, full liquid cooling thermal management, aviation-grade 3D safety protection and self-developed cloud-edge EMS energy management system, the one-stop solution unlocks six profit channels: peak-valley arbitrage, demand charge reduction, PV self-consumption improvement, uninterrupted backup power, virtual power plant dispatch and carbon asset appreciation. The payback period is only 3–5 years with a 15-year system design lifespan.

Full Modular Product Matrix

CONSNANT builds tiered capacity products to match diversified power consumption scales of commercial and industrial clients:

Product Introduction

CNESS CUBE Mega

Two deployment modes: All IN ONE (integrated design) and DC plus AC (DC prefabricated cabin + AC prefabricated cabin)

CNESS CUBE Mini Use alone/combined CNESS CASE standard modules that make up the system

1. Vertical Outdoor Integrated Energy Storage Cabinets (Distributed Small & Medium Capacity)

Suitable for factories, shopping malls, office buildings, charging stations with medium-low energy demand

Model 1: ESS1-100/215-0.4-L 215kWh Cabinet

• Nominal Energy: 215kWh | AC Rated Power: 100kW
• DC Operating Voltage: 600V~876V (1000V low-voltage platform)
• Operating Temp.: -30℃ ~ +55℃, all-weather outdoor operation
• Layered modular pluggable battery PACK, IP55 cabinet protection, plug-and-play installation

Model 2: ESS1-187/372-0.7-L 372kWh Cabinet

• Nominal energy: 372kWh | AC rated power: 187kW
• Operating voltage range: 1040V~1518V (high-voltage DC platform)
• Higher power density, fits high-load fluctuation industrial scenarios

2. Liquid-Cooled Container Energy Storage Systems (Large Centralized Capacity)

For industrial parks, large-scale PV power plants, microgrids and virtual power plant aggregators

Model 1: ESS1-500/1075-0.4-L 1075kWh Container

• Nominal energy: 1075kWh | AC rated power: 500kW
• Low-voltage DC platform 600–876V, air & liquid hybrid cooling

Model 2: ESS1-935/1860-0.7-L 1860kWh Liquid-Cooled Container

• Nominal energy: 1860kWh | AC rated power: 935kW
• High-voltage 1040–1518V platform, full liquid cooling thermal control, system temperature difference ≤4℃, auxiliary power consumption cut by 30%

Universal Product Foundation

All series adopt dedicated energy storage LFP cells with vehicle-grade CTP aluminum alloy die-cast PACK, 10,000+ cycle life, 15-year system service life, ISO/IEC/CE triple certification, meeting global industrial safety standards.

Product matrix diagram

From standardized battery boxes to configurable modular energy storage systems, achieving a dual-platforms and multi-series product system.

Dual platforms of 1000V and 1500V with multiple seriries of a large range 0.2-4MWh, meeting the whole scenario application.

Core Technical Advantages of CONSNANT C&I ESS Solution

1. Modular Flexible Architecture, On-Demand Capacity Expansion

From single 215kWh vertical cabinet to multi-parallel MWh-class liquid-cooled containers, the system supports free series-parallel stacking. Standardized battery boxes and unified communication protocols enable fast capacity scaling without redesigning power distribution. Pre-assembled and pre-commissioned in factory, cutting on-site construction period by 40% compared with split-type storage systems.

2. Aviation-Grade Three-Dimensional Safety Protection

Build full-link safety barriers from cell to system layer:

1. Cell level: LFP thermal stability design, built-in explosion-proof valve, overcharge/over-discharge short-circuit suppression
2. PACK level: Full-time cell voltage equalization, smoke & temperature sensing, aerosol fire suppression
3. System level: Insulation real-time monitoring, DC fast breaker, anti-thermal runaway early warning, IP55 outdoor cabinet enclosure
4. Operation layer: Cloud platform real-time fault diagnosis, remote safety lock, multi-level access authority management

3. High-Efficiency Energy Conversion & Intelligent Thermal Management

• Multi-stage SiC PCS technology, round-trip charge-discharge efficiency up to 92.5%, 100% DOD available capacityConsnant
• Liquid cooling solution for large containers eliminates local overheating, extending battery cycle life by 20%; vertical cabinets adopt industrial air conditioning adaptive temperature control, stable operation from -30℃ cold northern regions to 55℃ tropical areas
• AI thermal prediction algorithm automatically adjusts cooling power to reduce auxiliary energy loss

4. Cloud-Edge Integrated Intelligent EMS Energy Management

Self-developed energy management system supports multi-dimensional intelligent scheduling:

• Peak-valley arbitrage automatic strategy: Learn enterprise load curve, charge at low off-peak tariff, discharge during high-price peak hours
• Demand charge optimization: Smooth load spikes to lower maximum demand and cut basic electricity fees by 30%–50%
• PV-storage linkage: Maximize on-site photovoltaic self-consumption, reduce grid reverse power flow penalty
• Backup power seamless switching: <10ms off-grid transfer to guarantee critical production equipment power supply
• Cloud remote monitoring & O&M: Real-time display of SOC, SOH, power, temperature, fault alarm, one-click parameter OTA upgrade, reduce manual inspection cost by 40%

5. Ultra-Low Lifecycle Cost & Fast Investment Return

• LCOS reduced by 40% vs traditional energy storage schemes; modular design lowers component replacement maintenance cost
• Comprehensive income model shortens payback period to 3–5 years: peak-valley price difference revenue + demand charge saving + demand response subsidy + carbon asset income

Solution Operation Profit Model

CONSNANT C&I ESS creates four major revenue sources for customers:

1. Peak-Valley Arbitrage (Core Income) Charge during low-tariff off-peak hours, discharge at high-price peak periods, capture time-of-use electricity price difference. For high-energy-consuming factories with large daily power consumption, annual electricity cost savings can reach hundreds of thousands RMB.
2. Demand Charge Reduction Shed instantaneous load peaks to lower grid maximum demand index, significantly reduce monthly basic capacity electricity charges.
3. Grid Demand Response & Auxiliary Service Income Access regional virtual power plant platforms, receive grid dispatching instructions to discharge/charge and obtain government grid subsidies.
4. Carbon Emission Reduction Asset Value Boost on-site renewable energy utilization rate, lower enterprise carbon footprint, accumulate tradable carbon assets to realize carbon trading revenue, and satisfy corporate ESG assessment requirements.

Delivery & Service System

1. Customized Pre-Sale Design Engineers conduct on-site load survey, PV capacity measurement, tariff policy analysis to match optimal cabinet/container combination scheme and calculate precise investment return forecast.
2. Integrated Turnkey Delivery All equipment factory pre-installation, unified packaging shipment; provide civil drawing, power distribution matching, grid connection filing full technical documents.
3. Global After-Sales Support 15-year system design life, 5-year core PCS/BMS warranty; overseas local service team provides on-site installation guidance, annual regular inspection, spare parts rapid supply.
4. Flexible Cooperation Modes Support customer self-purchase, energy storage leasing, shared savings EMC energy management contracting, lowering upfront capital investment threshold for small and medium enterprises.

Whole scenario energy storage system solution

The full-products matrix meets the whole scenario energy storage application on the user side, grid side, and power generation side.

Multi-Scenario Application Solutions

♦ User Side Industrial & Commercial Park Solution

Target clients: Manufacturing factories, industrial zones, logistics cold storage, commercial plazas, office buildings Core value:

1. Peak-valley arbitrage to slash monthly electricity expenditure
2. Suppress peak load to avoid transformer capacity expansion investment
3. Backup power for production lines, refrigeration equipment to eliminate outage loss
4. Match rooftop distributed PV to improve green power self-use ratio

♦ Power Generation Side PV/ Wind Energy Storage Matching

Target clients: Distributed photovoltaic stations, centralized wind-solar hybrid power plants Core value: Smooth renewable output fluctuation, solve light/wind abandonment; participate in power market peak regulation to obtain auxiliary service subsidies; stabilize grid voltage and frequency to meet grid-connection standards.

♦ Grid Side Peak Shaving & Virtual Power Plant (VPP) Aggregation

Target clients: Grid companies, energy service operators, VPP platforms Core value: Centralized container ESS clusters aggregate distributed load resources, respond to grid dispatching signals, provide peak clipping, valley filling, frequency modulation services to gain additional grid subsidies.

♦ Isolated Microgrid & Off-Grid Energy Supply

Target clients: Remote mining areas, islands, border industrial bases with unstable grid power Core value: Form PV-storage-diesel hybrid microgrid, realize independent power supply without relying on main grid, replace high-cost diesel generators, cut off-grid power generation cost by 50%.

♦ Special High-Reliability Scenarios: Data Center & Hospital

Core value: Millisecond-level uninterrupted backup power, zero production/medical data loss during grid failure; power factor optimization to improve power quality and reduce harmonic equipment damage.

Multi-dimensional scenario demonstration operation projects