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Solar Carpot: PHELIX Integrated Solar + Storage + EV Charging Solutions
Revolutionize energy infrastructure with PHELIX Technology’s all-in-one EV Charging Ecosystem—seamlessly blending solar power, robust energy storage, and ultra-fast EV charging. Designed for businesses, municipalities, and forward-thinking partners like Shell Recharge™, our solution delivers unmatched efficiency, reliability, and sustainability.
Why Choose PHELIX?
1MWh ESS Battery Container- CATL LFP Batteries (1,070kWh | 8,000+ cycles)
- Built-in 500kW Hybrid PCS | 90% Depth of Discharge
- Air-cooling, Fire Protection, IP54 Rated
- On/Off-Grid Ready | -20°C to +55°C Operation
Smart EV Chargers (120kW/240kW/360kW)
- CCS Combo 2 Dual Guns | 150–1000V Output
- RFID/APP/QR Code/Credit Card Access
- OCPP 1.6/2.0 Cloud Management
Real-Time 4-in-1 Monitoring
Unified oversight of Solar + ESS + EV + Grid via iOS/Android apps. Optimize consumption, track savings, and prevent downtime.Cloud Intelligence
PHELIX EMS/BMS platforms enable remote management, load balancing, and predictive maintenance—all from one dashboard.
Featured in Action:
Shell Recharge™ stations now leverage PHELIX to offer drivers coffee, shopping, and rapid charging (120kW+), powered by solar energy and backed by 1MWh storage.Sustainability Meets Durability:
- 34,000+ battery cycles @ 25°C
- ≤70dB noise | Galvanized steel enclosures
- Compliant with IEC, UN38.3, EN, VDE standards
Your Turnkey Partner:
From layout design (carports, ESS placement) to cloud analytics, PHELIX delivers end-to-end support. Reduce grid dependency, slash operational costs, and lead the green transition.Call to Action:
Ready to Energize Your Space?
Contact PHELIX for a customized proposal (Like Offer: D20241101001UAE). Embrace the future of energy—efficient, scalable, and sustainable.PHELIX TECHNOLOGY
One Solution. Infinite Impact.
Key Highlights Embedded:
- Shell Partnership: Validates real-world application.
- CATL Batteries: Top-tier tech for longevity.
- 4-in-1 Monitoring: Simplifies complex systems.
- Scalability: 120kW to 360kW chargers + modular ESS.
- UAE Project Reference: Tailors credibility to regional clients.
This copy emphasizes integration, reliability, and smart management while aligning with commercial/industrial client needs.
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Pheilix Integrated Energy Solutions: Powering the Future with Innovation
Executive Summary
Pheilix Technology redefines energy infrastructure with its all-in-one transformer station and Power Conversion System (PCS) solutions. Combining high-efficiency power conversion, modular scalability, and advanced grid-support capabilities, our systems deliver unmatched reliability for utility-scale, commercial, and industrial applications. From peak shaving to black-start readiness, Pheilix enables smarter, safer, and more sustainable energy management.
Core Product Highlights
1. Transformer Station + PCS Integrated Solution (SES3-342-MV-EX-Skid)
- Ultra-Compact Design:
- Integrates 22kV/0.69kV transformer, PCS, and booster in a single skid (IP54/C4 corrosion resistance).
- Saves 30% space vs. traditional setups.
- Grid Resilience:
- LVRT/HVRT compliance, 4-quadrant reactive power control, and <10ms grid response.
- VSG/PQ/VF modes + black-start capability for microgrid stability.
- Key Specs:
- Power: 3,450kVA (MV) / 3,450kVA (LV).
- Voltage: 10–33kV (MV), 690V (LV).
- Efficiency: <3% THDi, 0.99 power factor.
2. Modular PCS Systems (PWS1-1725KTL Series)
- Flexible Power Scaling:
- 215kVA–1,725kVA output via 1–8 hot-swappable modules.
- 3 variants (XM1/XM4/XM8) with 1/4/8 DC branches for battery safety.
- Peak Performance:
- 98.5% efficiency (DC 1,070V), wide voltage range (1,000–1,500V).
- <3% THDi, ±1% voltage/current regulation.
- Rugged & Smart:
- NEMA3R/IP54 outdoor-rated.
- Supports Modbus, IEC 61850, and peak-shaving automation.
3. Containerized ESS (2.2MWh)
- Turnkey Energy Storage:
- 2.236MWh capacity in a 20ft liquid-cooled container.
- 6 clusters (280Ah LiFePO₄ cells, 1P416S configuration).
- Safety & Longevity:
- Cell-to-system monitoring, 0.5C charge/discharge (140A).
- Operating range: -20°C to 60°C (discharge).
Competitive Edge
- Speed to Market:
Pre-engineered skids reduce installation time by 40%. - Future-Proof:
Multi-branch DC design prevents battery looping; global grid certifications (IEC 62477, G99, VDE 4120). - OPEX Savings:
98.5% PCS efficiency cuts energy losses; automated peak shaving slashes demand charges.
Target Applications
- Renewable Integration:
Smooth solar/wind fluctuations with VSG mode and <20ms response. - Grid Support:
Provide reactive power compensation and fault ride-through (LVRT/HVRT). - Commercial/Industrial:
Peak shaving, load shifting, and backup power (black start enabled). - Remote Sites:
Containerized ESS operates at -30°C to 55°C and 3,000m altitude.
Call to Action
Deploy Smarter Energy Infrastructure Today!
- Contact Jack at jack@pheilix.com
- Explore specs: www.pheilix.com
- Request a customized quote: Share your voltage, power, and site requirements for a tailored solution.
Pheilix Technology – Engineering Energy Resilience
Certified | Efficient | Scalable - Ultra-Compact Design:
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Pheilix Tech 48V Intelligent Li-ion System – Mobile Energy Revolution for Critical Operations
Flexible Deployment | Industrial-Grade Reliability | Smart Parallel Connection | Simplified Maintenance
Core Value
“All-in-One Power Station • Zero-Interruption Power Transfer”
Industrial-grade mobile power solution designed for telecom infrastructure and emergency scenarios. Integrates LiFePO₄ battery systems with intelligent charge/discharge management, delivering stable 48V DC power in a portable “modular power cube” – liberating energy from fixed equipment rooms.
Breakthrough Advantages
✅ Military-Grade Power Core
▸ High-density LiFePO₄ cells (-20℃~60℃ operating range)
▸ Dual models: 2.56kWh / 5.12kWh capacity (≈8-24hr backup for small基站)
▸ 2000+ cycles | IP20 ruggedized enclosure✅ AI-Driven Power Management
▶ Triple-protection BMS: Real-time voltage/current/temperature monitoring
▶ Innovative two-stage low-voltage cutoff: Automatically disconnects load at critical voltage, extending battery life by 40%
▶ 98% charge efficiency + 96% conversion efficiency – industry-leading energy utilization✅ Effortless Industrial Deployment
» Rack-mountable design (502×438×510mm) | Supports multi-unit smart parallel expansion
» Dual 220VAC outputs (16A max) + 48VDC direct connectivity
» Wheeled suitcase design | 75kg lightweight | Deploy instantly at field sites
Key Applications
Emergency Backup
Seamless power transfer during grid failure for 5G/transmission equipmentOn-Demand Capacity Boost
Temporary power for remote sites | Event power extension | Data center migrationSmart Remote Monitoring
RS485/RS232 communication for real-time voltage/temperature/capacity data
Technical Highlights
Capability 4850-3KW Model 48100-6KW Model Rapid Charge/Discharge 50A max current 100A max current Extreme Cold Resilience Storage at -25℃ Storage at -25℃ Space Efficiency 0.5㎡ footprint 0.7㎡ footprint
The Pheilix Promise
“Where traditional power solutions are bound by gravity, we engineer mobility into energy –
No more emergency generator trucks. No more business downtime during capacity upgrades.
Delivering every joule of energy precisely where needed.”
Pheilix Technology
Powering Tomorrow • Connecting PossibilitiesContact our power solutions specialists for customized proposals
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Pheilix ESS C&I Energy Storage Solutions: Efficient · Reliable · Full-Scenario Coverage
Empowering Business Energy Transition, Building a New Smart Energy Ecosystem
Key Application Scenarios
✅ Industrial Energy Management: 500kW containers for off-peak storage + peak production
✅ Commercial Complexes: 200kW air-cooled systems for load shifting + backup power
✅ PV Plant Integration: Liquid-cooled units (e.g., 1MW/2MWh) boosting green energy utilization
✅ Microgrids: Parallel operation for off-grid support, compatible with 690V/20kV MV grid connection
Choosing Pheilix ESS Means Selecting:
✦ High-Density Storage: 3.2V 280Ah/314Ah cells, 15% higher energy density
✦ Simplified O&M: All-in-one design reduces installation costs by 30%
✦ Future-Proof: Scalable to Solar+EMS+BMS+EV Charging ecosystems
Customize Your Storage Solution Today – Power a Sustainable Future!
Specifications based on Pheilix 2025 tech white paper. Final configurations subject to local regulations.
1. Complete Product Range: Flexible Scaling from 100kW to MW-level
Pheilix ESS offers a comprehensive portfolio covering 100kW to 2.5MW power and 215kWh to 5.016MWh capacity, meeting diverse needs from SME peak shaving to large-scale industrial PV-storage integration:
- All-in-One Cabinet Solutions (100kW–200kW):
▶︎ Compact design (footprint ≤3.2㎡), plug-and-play deployment
▶︎ Built-in PCS with AC coupling support
▶︎ Air/liquid-cooling options (e.g., 115kW liquid-cooled for high-temp environments) - Containerized MW-scale Solutions (500kW–2.5MW):
▶︎ 20/30ft standard containers, modular expandability
▶︎ Cluster-ready battery architecture (multi-parallel support)
▶︎ Optional “battery-only + external PCS” configuration (e.g., 2.5MWh pairs with 1250kW PCS)
2. Core Technological Advantages: Dual Assurance of Safety & Performance- Long-Life Battery System
- LFP Chemistry: 8,000 cycles @95% DoD (25°C), ≥70% EOL capacity retention
- 90% Depth of Discharge (DoD), maximizing energy utilization
- Wide DC voltage range (e.g., 672–876V), adaptable to complex conditions
- Industrial-Grade Safety
- Five-Layer Protection: Smoke/temp detection + aerosol fire suppression + alarm strobe + emergency stop
- IP54/IP55 rating (IP55 for containers), dust/water resistant
- Certified to IEC 62619, UN38.3, AS 4777.2, and 20+ global standards
- Smart Management & Compatibility
- Standard 10.1″ industrial touchscreen with RS485/CAN/TCP multi-protocol comms
- Optional EU-local EMS platform ($20k/3 years) for PV+storage+EV charging unified monitoring
- Wide operating range (-25°C~55°C), full performance at ≤2000m altitude
3. Economic Highlights: Your Cost-Efficiency Partner
Model Price (DDU) Cost-Per-KWh Advantage 100kW/215kWh Air-cooled $39,775 Fast ROI for small-scale 1MW/2MWh Liquid-cooled $415,000 Optimal for large projects 5MWh Battery + External PCS Custom (TBA) Ultra-low marginal cost at MW-scale 
- All-in-One Cabinet Solutions (100kW–200kW):
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The True Solar + Energy Storage + EV Charger All-in-one System
With the professional technologies and decads years accumulations of experience in solar , Energy storage and EV chargers , Pheilix Technology is not only a products supplier for EV chargers , Battery ( Engergy storage ), Solar system But also a Platform and App software system sevice Global leasing servie supplier.
Phelix technology provides a true “ solar + Battery + EV charger” all-in one solution both for Residential system and Comemrcial system.
In the currently residential system, The current solution on the market for Solar, Battery and EV charging system use a CT to monitor the current flow direction. From this, we cannot gain any detail of how much power is used instantly from the Home loads or how much is produced instanatly from Solar or Battery. To enable maximum use of Green Energy, we must first establish exactly how much is green power at this minute or second and how much of the current necessary loads required . So, whenever the EV charger is being used whether that be day or night, we must ensure the necessary Home Loads working first, The balance from the instant solar power or the battery storage is used for EV charging.
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Solar Panel Glacier Series
Solar modules, also known as solar panels, are made up of several photovoltaic (PV) cells that capture the sun’s energy and convert it into electricity. These cells are typically made of silicon or other semiconducting materials, and they work by absorbing photons from sunlight, which releases electrons and creates an electrical current. The electricity generated by solar modules is a form of direct current (DC), which can be converted into alternating current (AC) using inverters so that it can be used in homes and businesses.
The efficiency of solar modules varies depending on several factors, including the type of PV cells used, the size and orientation of the panel, and how much sunlight is available. In general, solar panels are most efficient when they are installed in areas with maximum sun exposure and minimal shading.
Solar modules are typically installed on rooftops or in large arrays on the ground, and they can be connected in series to produce higher voltage and wattage outputs. They are also used in off-grid applications, such as powering remote homes or water pumps, and in portable devices such as solar-powered chargers. -
On Grid/Hybrid Inverters
On-grid inverters, also known as grid-tied inverters, are designed to work with solar panel systems that are connected to the electrical grid. These inverters convert the DC (direct current) electricity generated by the solar panels into AC (alternating current) electricity that can be used by household appliances and fed into the grid. On-grid inverters also allow excess electricity generated by the solar panels to be sent back to the grid, which can result in net metering or credit from the electricity provider.
Hybrid inverters, on the other hand, are designed to work with both on-grid and off-grid solar panel systems. These inverters allow the solar panels to be connected to battery storage systems, so that excess electricity can be stored for later use rather than being sent back to the grid. Hybrid inverters can also be used to power household appliances when there is a power outage on the grid or when the solar panels are not generating enough electricity to meet the household’s needs.
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51.2V 100Ah 5KWh /51.2V 200Ah 10KWh Battery Pack for Residential Solar System
Pheilix Solar battery are a relatively new technology that has gained popularity in recent years due to their ability to store solar energy for later use. They work by converting and storing solar energy during the day and releasing it as electricity when needed.
The Pheilix Home energy storage systems allow homeowners to store excess energy generated by their solar panels or wind turbines for use during high demand times or when there is no energy available. Additionally, they can provide backup power during blackouts or grid failure.
1. Long cycle life reduces cost of average life expectancy
2. Maintenance -free brings lower cost
3. The operation temperature range is wide
4. Intelligent Battery Management System
5. The battery will not be burnt or exploded in case of acupuncture, baking and other extreme statues -
Lysaght Klip-lok 406 & 700 Mounts
CHIKO 406 & 700 Clamp is designed for Lysaght Klip-lok 406 and 700 roofings. The smart design allows for easy and fast installation.
Features:
● Enable fast, simple and cost-effective installation
● Al6005-T5. High class anodized aluminium
● Waterproof EPDM rubber integrated
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Tile Roof Mount CK-TR Series
CHIKO S Tile Hook, different options offered to install on top of roof and side of roof rafter. Also, the hook can be side mount or top mount.
Features:
● Enables simple, fast and cost-effective installation
● Made of SUS 304
● Highly corrosion resistant surface treatment
● Fasteners and rail nut configured to
extra parts purchasing fully save -
Asphalt Shingles Mounting CK-AR Series
This flushing matches CHIKO L feet, supplying the best solution for Asphalt Shingles.
Features:
● Flashing and L foot made of 100% aluminum
● Waterproof EPDM rubber integrated
● Enables easy, fast and cost-effective installation
● Fasteners and rail configured to
● extra parts purchasing
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Stand Off Mount CK-SO Series
The CK-SO StandOff mount is the simplest and most cost effective way to install solar PV on asphalt shingles roofs and other flat roof surfaces. The aluminum base has a super strong foundation to supports the standoff posts for tile from 60-152mm.
Features:
● Strongest off-the-shelf mechanical mount
● Sealing rubber gasket
● Easy to add height with extensions or all-threads
● 2 fasteners attaches to roof structure, more stronger.