16
© copy right reserved by GoodWe

GOODWE ES-HYBRID PPT

  • Upload
    -

  • View
    75

  • Download
    2

Embed Size (px)

Citation preview

Page 1: GOODWE ES-HYBRID PPT

© copy right reserved by GoodWe

Page 2: GOODWE ES-HYBRID PPT

© copy right reserved by GoodWe

GoodWe Hybrid Inverter

ES (EnerStore) Series

Page 3: GOODWE ES-HYBRID PPT

© copy right reserved by GoodWe

Self-use

With energy prices going up and feed-in tariffs going down, self-consumption of

solar energy is becoming more and more attractive. By storing surplus solar

energy in batteries for later use the self-consumption of solar energy can be

increased up to 70 %( compared to 30% with a standard inverter).

By using most of the self-generated energy at home rather than exporting it to the

grid, energy bills can be reduced and system owners can become independent

from rising energy prices.

Why do we need Solar Energy Storage?

Less rely on the grid

Profit maximum

Page 4: GOODWE ES-HYBRID PPT

© copy right reserved by GoodWe

ES-series Hybrid Inverter:

•Has all functions of grid-tied inverter;

•Charge batteries use either Solar or

gird energy;

•Supply backup power in the event of

grid failure;

•More self consumption, maximum

profit.

Compare with On-Grid inverter

ES Series

Hybrid Inverter

PV & Grid

Charge

Controller

Energy

Manager

Dual MPPT

Grid-tied

Inverter

Uninterruptible

Power Supply

Off Grid

Inverter

Page 5: GOODWE ES-HYBRID PPT

© copy right reserved by GoodWe

GW5048D-ES GW3648D-ES

ES-Series Hybrid Inverter

Page 6: GOODWE ES-HYBRID PPT

© copy right reserved by GoodWe

•Bi-directional energy flow, highly integrated

•Battery is insulation with system, safety

•Without Fan, <25DB, and easier for maintenance

•IP65, can install in both in-door and out-door

•Compatible for Lead-acid and Li-ion battery

•ON-GRID and BACK UP mode

Spec parameter

Page 7: GOODWE ES-HYBRID PPT

© copy right reserved by GoodWe

Diagram of bidirectional energy store inverter

Page 8: GOODWE ES-HYBRID PPT

© copy right reserved by GoodWe

At the condition of grid is steady

System Connecting Diagram

Page 9: GOODWE ES-HYBRID PPT

© copy right reserved by GoodWe

How it works

Page 10: GOODWE ES-HYBRID PPT

© copy right reserved by GoodWe

How it works

Page 11: GOODWE ES-HYBRID PPT

© copy right reserved by GoodWe

ES series inverter provided a back-up output.

When grid is ready and steady, after select Back-up function grid power flows to the Back-up output through the inverter.

When there is no grid, ES inverter operates in island mode, back-up

output 230V/50Hz AC voltage for load. Energy generated by PV or

stored in batteries keep the load running.

Back up function

Page 12: GOODWE ES-HYBRID PPT

© copy right reserved by GoodWe

Inverter transfer data to web

server through router

Mode 1 or mode 2, mobile device

can monitoring and control

inverter by APP

Mode 3, mobile device can get

history data by EzView

Mode 4, PC can get history data

by GoodWe PORTAL

Monitoring and Control

Page 13: GOODWE ES-HYBRID PPT

© copy right reserved by GoodWe

Model name GW5048D-ES GW3648D-ES

Solar

Max. DC power(W) 5400 4200

Max. DC voltage (V) 580

MPPT voltage range (V) 125~550

Starting voltage (V) 125

Max. DC current (A) 15/15

No. of DC connectors 2

No. of MPPTs 2(can parallel)

DC connector SUNCLIX / MC4 (Optional)

Battery

Battery Type Lead-acid or Li-Ion Lead-acid or Li-Ion

Battery voltage range (Vdc) 40-60

MAX Discharge power (W) 4600 2300

Charge current (A) 5-50 A continuous, programmable

Battery capacity (Ah) 100~500Ah(depending requirement)

Charging curve 3-stage adaptive with maintenance

Battery temperature

compensation included(Li-Ion)

Battery voltage sense integrated

Current shunt integrated

Specifications

Page 14: GOODWE ES-HYBRID PPT

© copy right reserved by GoodWe

AC Output Data

Norminal AC power(W) 4600 3600

Max. AC power(W) 4600 3600

Peak power(Back-up)(W) 1.5x Pnom, 10sec 1.5x Pnom, 10sec

Max. AC current(A) 20 16

Norminal AC output 50/60Hz; 230Vac

AC output range 45~55Hz/55~65Hz; 180~270Vac

AC output (Back-up) 230Vac ±2%, 50Hz ±0.2%, THDv<3%(linear load)

THDi <1.5%

Power factor 0.9 leading~0.9 lagging

Grid connection Single phase

Efficiency

Max. efficiency 97.6% 97.6%

Euro efficiency 97.0% 97.0%

MPPT adaptation efficiency >99.5%

Protection

RCMU Integrated

Anti-islanding protection Integrated

DC switch(PV) Integrated

AC over current protection Integrated

Insulation monitoring Integrated

Specifications

Page 15: GOODWE ES-HYBRID PPT

© copy right reserved by GoodWe

Certifications&Standards

Grid regulation VDE4105, VDE 0126-1-1+A1, G83/2, G59/2, AS4777.2/.3, IEC62109-2

Safety IEC62109-1&-2, AS3100, IEC62040-1

EMC

EN61000-6-1, EN61000-6-2, EN61000-6-3, EN61000-6-4, EN61000-3-

11, EN61000-3-12

General Data

Dimensions (WxHxD) 516*440*184mm

Weight (kg) 30 28

Mounting Wall bracket

Ambient temperature

range -20~60°C(>45°C derating)

Relative humidity 0~95%

Max. operating altitude 2000m

Protection degree IP65

Topology Transformerless

Standby losses(W) <8

Cooling Nature convection

Noise emision(dB) <25

Display LED light & APP

Communication USB2.0; RS485;WIFI;CAN

Standard

warranty(years) 5/10/15/20/25( optional)

Specifications

Page 16: GOODWE ES-HYBRID PPT

© copy right reserved by GoodWe

THANKS !