HT250KW-HY

HITEKESS 250KW 559KWH Hybrid Energy Storage System

559KWH

Rated Capacity

250KW

Hybrid Inverter

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Key Features

High Energy Output

The solar array generates substantial clean energy, suitable for commercial or large residential use.

Extended Backup Power

The lithium battery provides long-lasting energy storage, ensuring reliable power during outages or peak demand.

Efficient Energy Management

The hybrid inverter enables seamless switching between solar, battery, and grid power for optimal efficiency.

Scalable & Sustainable

The system is support parallel expand, allowing future expansion while reducing reliance on fossil fuels and lowering carbon footprint.

Mechanical Parameters

System Configuration

Equipment	Model	Spec.	150KW/286kWh	250KW/559kWh	500KW/1075kWh
Solar Panel N Type	HT600M-72HNB	600Wp	255 pcs	420 pcs	840 pcs
Hybrid Inverter	ATESS/MEGAREVO	400V 3P4W	150KW	250KW	500KW
Lithium Ion Battery	HT51280H	14.336kWh	286KWH	559KWH	1075KWH
Connector	MC4	1500V	50 pairs	80 pairs	160 pairs
PV cable	PV1-F 1*4/6mm2	1500V	1500 M	2500 M	5000 M
ATS(opt)	ATS**KW	150-500KW	ATS150KW	ATS250KW	ATS500KW
Remote Control	WIFI/Enterlog/BR300	Phone/PC	1	1	1
Mounting Structure	Roof/Ground	HDG Steel	1	1	1

Products Details

N Type Solar Panel

HITEK ENERGY N Type 400-720Watt Available
TIER 1 Brand: TW Solar Support
Higher Efficiency & Energy Yield
Better than P-type PERC modules
Lower Degradation & Longer Lifespan

150KW-500KW Hybrid Inverter

Famous Brand of ATESS, MEGAREVO
Auto On/Off Grid Switch
Support Parallel Expand
Support AC Coupling, Remote Control, Excess PV Design
Included isolation transformer, suitable for Industrial Inductive Load

Lithium Battery

15 units of HT51280-HV make one cluster 215KWH
MAX Discharge 180A
HITEKESS HT51314-HV Battery Optional
Ultra-safe BMS with three-level architecture
Flexible voltage and power combination, suitable for all types of inverters

Mounting Brackets

Material Options: Aluminum (lightweight, corrosion-resistant) or steel (high strength, cost-effective)
Types: Fixed-tilt, adjustable, or tracking systems for maximum efficiency
Weather Resistance: Engineered to withstand wind, snow, and seismic loads
Easy Installation: Modular designs for quick assembly and flexibility
Ground/Roof Adaptability: Suitable for diverse terrains and rooftops.

System Debugging

Functional Checks: Verifying battery management, inverter operation, and system communication
Performance Testing: Confirming energy storage capacity, charge/discharge efficiency, and grid interaction
Safety Inspections: Testing fault protection, insulation, and thermal management
Simulated Conditions: Validating system stability under real-world load and weather scenarios.