Enjoy Solar 500kw 1mw 2mw Hybrid Solar Energy Storage System for Micro grid Power Supply

System Diagram

System Configurations

System Power		Remarks		500KW		1MW		2MW
Solar Panel		EnjoySolar/LonGi/JA/Jinko /Trina/other Brand		620WP*832PCS		620WP*1664PCS		620WP*3328PCS
Solar MPPT Charger Controller		900V-1300V/1500Vdc Model: Atess SMC200		4Units		8Units		12Units
Bi-directional Power System		Model: ATESS PCS500 600Vdc-900Vdc 230V/400V or 120V/208V		500KW*1PC		500KW*2PCS		500KW*4PCS
Transformer		Isolation Transformer		Optional		Optional		Optional
Bypass Cabinet		/		Optional		Optional		Optional
Lithium Battery Storage		ES51314HV(16.07KWH)		ES51314HV*60PCS 768V1256Ah (964.6KWH)		ES51314HV*135PCS 768V2826Ah(2170KWH)		ES51314HV*255PCS 768V5338Ah(4099KWH)
PV Connector		MC4 Compatible		100 pairs		200pairs		400 pairs
PV Cable		PV1-F/H1Z2Z2-K 1*4/6mm2		10000 mtr red 10000 mtr blk		20000 mtr red 20000 mtr blk		40000 mtr red 40000 mtr blk
Remote Monitoring		WIFI		1		1		1
PV Mounting Structure		Aluminum/ Steel		Customized		Customized		Customized

Main System Components

Enjoy Solar PV Panel Module

N-Type Topcon 430w -750w

Longer lifetime, lower degradation, and higher efficiency potential.

Lower internal loss, and improving the power of solar panels.

Half-cut cell design can decrease the power loss by the shadow effect.

Less Linear Degradation

Excellent weak light performance

Extremely low LID/LETID

Smart Solar MPPT Charger Controller

Protection degree IP65

Multiple units parallel-able, easier for pv power capacity expansion

8MPPTs, flexible for solar pv array design

Module design, make pv power expansion easier

Transformless design, make the equipment more compact

Bi-directional Power System(PCS)

High system Stability, no restarting issue due to excessive inductive load

Parallel multiple units, up to 4 units parallel together to expand system capacity

Dry contact output, supports remote control of Diesel Generator

Uninterrupted load supply, with less than 10ms seamless switch when the grid fails

Bypass Cabinet

The ATESS bypass cabinet is designed to operate in conjunction with a bidirectional battery inverter, enabling automatic and seamless switching between on-grid and off-grid modes.

Protection degree IP20

Control Power Import/Export

Seamless on/off grid switch

Flexible management

DG connection supported

Lithium Battery Storage

Enjoy Solar High-Voltage Lithium-Ion Battery Packs (51.2V, 280Ah/314Ah)

Universal Compatibility – Works flawlessly with the majority of residential and commercial inverters available.

Performance Optimized by Smart BMS – An intelligent system that actively manages and enhances battery operation.

Engineered for Cool Operation – Advanced design ensures excellent heat dissipation for reliability and safety.

Built for Power & Longevity – Enjoy high pack consistency and low internal resistance, delivering efficient energy flow and extended lifespan.

Safety by Design – Benefit from dual-layer protection at both the modular BMS and circuit breaker levels.

Invest for the Long Term – Backed by a robust 6,000+ cycle rating and a 15-year design life.

PV Mounting Structure

Material: Aluminum Alloy,  Carbon Steel,  or Zinc-Aluminum-Magnesium

Mounting Structure Type: Distributed Roof, Ground, Carpots and BIPV

Customized Project Solutions

Easy Installation

Application Scenarios

Remote Villages & Off-Grid Areas: This system provides a stable power supply for daily use, agricultural irrigation, and small-scale processing industries in areas without grid access. By integrating large-scale solar and battery storage, it effectively solves the power shortage problem in remote regions.

Islands: Leveraging abundant solar resources, the system establishes a large-scale solar battery storage solution to meet the power demands of residents, tourism facilities, and marine operations. This significantly reduces reliance on diesel generators and other fossil fuels.

Industrial Facilities (Factories): The system enables industrial energy self-consumption by storing surplus solar energy generated during the day. This stored energy is then utilized during peak hours or power outages, reducing electricity costs and enhancing energy security for enterprises.