Srne HT4830S80-145 User manual

Horizontal Type All-in-one Solar
Charger Inverter
User Manual
Product models:
HT4830S80-145 | HT4840S80-145 | HT4850S80-145

Important safetyinstructions
Pleasekeepthismanualforfuturereference
Theusermanualcontainsallsafety,installation, andoperationinstructionsfortheHTseriesall-in-onesolar
energystorageinvertercontroller.
Pleasereadallinstructions andprecautionsinthemanualcarefullybeforeinstallationand use.
Thereisunsafevoltageinsidetheall-in-onemachine,soinordertoavoidpersonalinjury, usersshallnot
disassemblethemselves,andshouldcontactthecompanysprofessionalmaintenancepersonnelforrepair.
Donotplacetheall-in-onemachinein a placewherechildrencanreachit.
The protectiongradeof the all-in-onemachineis IP20.It is an indoorapplicationproduct.It is strictly
prohibitedto use outdoors.
Donotinstalltheall-in-one machineinharshenvironmentssuchaswet,greasy,flammable,explosive or dusty.
ThemainsinputandACoutputarehighvoltage,sodonottouchthewireconnections.
Whentheall-in-onemachineisoperating,thetemperatureofitsenclosureis veryhigh,so do nottouchit.
Donotopentheterminalprotectioncoverwhiletheall-in-onemachineisoperating.
Itisrecommendedtoinstall a suitablefuseorcircuitbreakerontheexterior of theall-in-onemachine.
AlwaysdisconnectthefuseorcircuitbreakernearthePVarray,mainsandbatteryterminalsbeforeinstalling
andadjustingthewiring oftheall-in-onemachine.
Afterinstallation, checkthatallwiringconnectionsaretight toavoidtherisk of heatbuild-upduetofalse
connections.
Theall-in-onemachineisoff-gridtype,itisnecessarytoconfirmthatitistheonlyinputdeviceforloadsas
neededanditisprohibitedtouseitinparallelwithotherinputACpowertoavoiddamage.
All-in-one Solar Ener gy Storage Inverter Controller2

Table of Contents
1. Basic Information...................................................................................... 4
1.1 Product overview and features............................................................ 4
1.2 Basic system introduction ................................................................... 5
1.3 Product characteristics ........................................................................ 7
2. Installation Instructions..............................................................................8
2.1 Installation considerations ...................................................................8
2.2 Wiring specifications and circuit breaker selection............................ 9
2.3 Installation and wiring ...................................................................... 11
3. Operating Mode....................................................................................... 18
3.1 Charging mode.................................................................................. 18
3.2 Output mode...................................................................................... 19
4. LCD Screen Operating Instructions........................................................ 21
4.1 Operation and display panel ..............................................................21
4.2Setup parameters description............................................................ 24
4.3Battery type parameters .................................................................... 31
5. Other functions ........................................................................................ 33
5.1 Dry node function ............................................................................. 33
5.2 RS485/CAN communication function.............................................. 33
5.3 USB communication function .......................................................... 33
6. Protections ............................................................................................... 34
6.1 Protection features available............................................................. 34
6.2 Fault codes meaning ......................................................................... 36
6.3 Some troubleshooting measures ....................................................... 37
7. System Maintenance ............................................................................... 38
8.Technical parameters .............................................................................. 39
All-in-one Solar Energy Storage Inverter Controller 3

1.Ba si cIn fo rm atio n
1.1P rod uctoverv i ewan dfe atu res
H Ts e rie sis a ne why bridPVe ne rg ys tora g einv e rte rc on troll e rinte g ra tingPVe ne rg ys tora g e ,
m a insc ha rg inga nds tora g ea ndA Cs inew a v eou tpu t.U s ingD SPc ontro lthro ug ha dv a nc e d
c ontro la lg orithm s ,itc om e sw ithhig hre s pon s es pe e d,hi g hre lia bility ,hig hin du s tria liz a tion
s ta nda rda ndoth e rc ha ra c te ris tic s .Fou rc ha rg ingm ode sa rea v a ila ble :on lyPV ,m a insprio rity ,
PVprio rity ,a ndhy bridc ha rg ingbym a ins & PV ;tw oou tp utm ode s :inv e rte ra ndm ainsa re
a v aila bletom e e tdif fe re nta ppli c a tionne e ds .
T hePVc ha rg ingm odu lee m ploy sthela te s top tim iz e dMPPTte c hno log ytoqu ic k lytra c kthe
m a xim umpo w e rpo intofthePVa rra yina nye nv iron m e nta ndob ta inthem a xim ume ne rg yof
thePVpa ne linre a ltim e .
A C-D Cc ha rg ingm odu lea dop tsa dv a nc e dc ontro la lg orithmtore a liz ef ulldig ita lv olta g ea nd
c urre ntdo ub lec los e d-lo opc ontro lw ithhig hc on trolpre c is iona nds m a lls iz e .W ideA C
v olta g einp utra ng ea ndc om ple teinp ut/ ou tpu tpro te c tionse na bles ta blea ndre lia bleba tte ry
c ha rg inga ndpro te c tion.
T heD C-A Cin v e rte rm odu leba s e don a f ulldi g ita linte lli g e ntde s ig nus e sa dv a nc e dSPW M
te c hno log ytoou tpu tpu res inew av e sa ndc onv e rtD CtoA C,s uit a blef orA Cloa d ss uc ha s
ho us e ho lda ppli a nc e s ,po w e rtoo ls ,ind us tria le quip m ent,e le c tronica ud ioa ndv ide oe quip m ent.
W iths e g m ente dL CDdis pl a yde s ig n,thepro du c tc a ndis pl a ythes y s te mrun ni ngda taa nd
s ta tusinre a ltim e .A ll-roun de le c tronicpro te c tionse ns uretha tthee ntires y s te miss a fe ra nd
m ores ta ble .
Fe a tur e s :
1 .Ita d o p t sf u l ld i g i t a lv o l t a g ea n dc u r r e n td o u b l ec l o s e dlo o pc o n t r o l ,c o m b i n e dw i th
a d v a n c e dS PW Mt e c h n o l o g yt oo u t p u tp u r es i n ew a v e .
2 .T w oo u t p u tm od e s :m a i n sb y p a s sa n di n v e r t e ro u t p u te n a b l eu n i n t e r r u p t e dp o w e rs u p p l y .
3 . 4 c h a r g i n gm od e sa r ea v a i l a b l ef o rc h o i c e :o n l yPV ,m a i n sp r i o r i t y ,PVp r i o r i t y ,a n dh y b ri d
c h a r g i n g .
4 .A d v a n c e dM PP Tt e c h n o l o g yw i t he f f i c i e n c yu pto9 9 . 9 % .
5 .L CDs c r e e nd e s i g n ,w i t h 3 L E Di n d i c a t o r s ,f o rd y n a m i cd i s p l a yo fs y s t e md a t aa n dr u n
s t a t u s .
All-in-one Solar Energy Storage Inverter Controller 4

6 .O N / O F Fr o c k e rs w i t c hc o n t r o l sA Co u t p u t .
7 .Po w e rs a v i n gm od ere d u c e sn o - l o a dl o s s .
8 .In t e l l i g e n tv a r i a b l es p e e df a ne n s u r e se f f i c i e n th e a td i s s i p a t i o n ,a n dth e r e b ye x t e n d ss y s t e m
li f e .
9 .Itc o m e sw it hd o u b l eli t h i u mb a t t e r ya c t i v a t i o nm o d e s :m a i n sa n dPV ,a n ds u p p o r t sl e a d -
a c i db a t t e r ya n dli t h i u mb a t t e r ya c c e s s .
1 0 .M u l t i p l ep r o t e c t i o n sp r o v i d e3 6 0 ° a l l - r o u n dp r o t e c t i o nf o rth es y s t e m .
1 1 .C o m p l e t ep r o t e c t i o n si n c l u d em ul t i - e l e c t r i c a la p p l i a n c ea i rs w i t c hs h o r tc i r c u i tp r o t e c t i o n ,
o v e r v o l t a g ea n du n d e r v o l t a g ep r o t e c t i o n ,o v e r l o a dp r o t e c t i o n ,b a c k - f lo wp r o t e c t i o n ,e t c .
1 2 .H o r i z o n t a li n s t a l l a t i o nf a c i l i t a t e sc a b i n e tc o m b i n a t i o nin s t a l l a t i o n .
1 3 .L i t h i u mb a t t e r yc a nb ea c t i v a t e db yb o t hm a i n sa n dPVp a n e l .
1.2Basi csystemi n trodu ction
T h ef ig u r eb e l o ws h o w sth es y s t e ma p p l i c a t i o ns c e n a r i of o rt h i sp r o d u c t ,a n d a c o m p l e t es y s t e m
c o n s i s t so ft h ef o l l o w i n gp a r t s :
1 .PVm od u l e :c o n v e rt sl i g h te n e r g yin t oD Ce n e r g ytoc h a r g et h eb a t t e r yth r o u g ha na l l - i n -
o n em a c h i n e ,o rd i r e c t l yc h a n g e stoa l t e rn a t i n gc u r r e n tt op o w e rt h el o a d .
2 .M a i n so rg e n e r a t o r :c o n n e c t e da tth eA Cin p u t ,t os u p p l yp o w e rt oth el o a da n dc h a r g eth e
b a t t e r y .Ifn o tc o n n e c t e dtoth em a i n so r a g e n e r a t o r ,t h es y s t e mc a na l s oo p e r a t en o r m a l l y ,a n da t
th i sti m e ,th elo a disp o w e r e db yth eb a t t e r ya n dPVm od u l e .
3 .Ba t t e r y :T h ero l eo ft h eb a t t e r yist oe n s u r et h en o r m a lu s eo ft h es y s t e mlo a d sw h e nth e
s o l a re n e r g yisi n s u f f i c i e n ta n dm a i n si sn o ta v a i l a b l e . .
4 .H o u s e h o l dlo a d :Itc a nb ec o n n e c t e dtov a r i o u sh o u s e h o l da n do f f i c elo a d s ,i n c l u d i n g
re f r i g e r a t o r s ,la m p s ,T V s ,f a n s ,a i rc o n d i t i o n e r sa n do t h e rA Clo a d s .
5 .A ll - i n - o n ei n v e r t e rc o n t r o l l e r :e n e r g yc o n v e rs i o nu n i to fth ew h o l es y s t e m .
T h es p e c i f ics y s t e mw ir i n gm e t h o di sd e t e r m in e db yth ea c t u a la p p l i c a t i o ns c e n a r i o .
All-in-one Solar Energy Storage Inverter Controller 5

All-in-one Solar Ener gy Storage Inverter Controller 6

1.3 Product characteristics

ON/OFF rocker switch

AC input port

CAN communication port
󰪰
AC input air switch

USB communication port
󰪱
AC output port

RS485 communication port
󰪲
AC output air switch

Dry node port
󰪳
PV port

LCD screen
󰪴
Battery air switch

Indicator
󰪵
Grounding screw hole

Touch button
Battery port

Overload protector
Cooling fan
All-in-one Solar Energy Storage Inverter Controller 7

All-in -on eSola rE n e r gySt or a geIn v e r t erC on t r olle r 8
2.In s ta ll a tio nIn s tru c tio n s
2.1In stal lati oncon si derati on s
Re a dthism a nua lc a re fullya ndf a m ilia riz ey ours e lfw iththeins ta lla tio npro c e dure s
be f oreins ta lli ng .
Bev e ryc a re fulw he nins ta lli ngtheba tte ry ,a ndw e a rpro te c tiv eg og g lesw he n
ins ta llin gle a d-a c idliqu idba tte ry .O nc einc onta c tw iththeba tte rya c id,rin s ethe
c onta c tpa rtw ithw ate rintim e .
A v oidpla c ingm e ta lob je c tsne a rtheba tte rytopre v e nt a s hortc irc uit.
A c idicg a s esm a ybeg e ne ra te dw he ntheba tte ryisc ha rg e d,s om a kes urethe
e nv ironm e ntisw e llv e ntila te d.
W he nins ta llin gthec a bine t,bes uretole a v ee no ug hs pa c ea roun dth em a c hinef or
he a tdis s ip a tion ;dono tins ta llthem a c hinea ndthele a d-a c idliq uidba tte ryinthe
s a m ec a bine t,s oa stoa v oidthea c idg a sg e ne ra te dw he ntheba tte ryw ork sth a tm a y
c orrod eth em a c hine .
O nlyc ha rg etheba tte rytha tm e e tsthere qu ire m e ntsofthisa ll-in-o nem a c hine .
T hef als ec onn e c tionpo intsa ndc orrod e dw ire sm a yg e ne ra teg re athe a ttha tm a y
m e ltthew ireins ul a tion ,bu rnthes urro un din gm a te ria l,ore v e nc a us ef ire,s om a k e
s uretha tthec on ne c torsa retig hte ne d,a ndthew ire ss ho uldbef ixe dw ithtie stoa v oid
s ha k ingw he nm ov ingthem a c hine ,c a us ingthec onn e c torstobeloo s e .
T hes y s te mc onn e c tionw ire ss hou ldbes e le c teda c c ordingtothec urre ntde ns ityof
no tm oretha n5A /m m 2.
W he nin s ta llingou tdo ors ,a v oiddire c ts unli g hta ndra inw ate rinf iltra tio n.
W he nthepo w e risturn e dof f,the reiss till a hig hv olta g eins id ethem a c hine ,s odo
no top e nortou c htheinte rn a lc om pon e ntsa ndw a itf orth ec a pa c itorrun sou tof
po w e r.
D ono tins ta llthea ll-in -on em a c hineinha rs he nv iron m e ntss uc ha sw e t,g re as y ,
f lam m able ,e x plos iv eordu s ty .
D ono tre v e rs ethepo la rityoftheba tte ryinp ute ndofthispro du c t,oth e rw is ethe
e quip m entm a ybee a s ilyda m a g edorun pre dic ta bl eda ng e rm a yoc c ur.
T hem a insinp uta ndA Cou tpu ta rehig hv olta g e ,s odono ttou c hth ew ire

connections.
Whenthefanisworking,donottouchtopreventinjury.
Itisnecessarytoconfirmthatitistheonlyinputdeviceforloadsasneededanditis
prohibited to use it in parallel with other input AC power to avoid damage.
2.2 Wiring specifications and circuit breaker selection
Wiring and installation methods must comply with national and local electrical code
requirements.
Recommended PV array wiring specifications and circuit breaker selection: The output current
of PV array is affected by the type of PV modules, connection method and lighting angle, so
the minimum line diameter of the PV array is calculated according to the short-circuit current
of the PV array; please refer to the PV module specifications for the short-circuit current value
(short-circuit current does not change when is unchanged when the PV modules are in series;
when they are connected in parallel, the short-circuit current is the sum of the short-circuit
current of all parallel modules); the short-circuit current of the PV array shall not exceed the PV
maximum input current.
Refer to the table below for PV input wire diameter and switch:
Model
Recommended
battery
wire diameter
Maximum PV
input current
Recommended air switch
or circuit breaker
specification
HT4830S80-145 10mm2/7AWG 50A 2P63A
HT4840S80-145 10mm2/7AWG 50A 2P63A
HT4850S80-145 10mm2/7AWG 50A 2P63A
Note: The voltage must not exceed the maximum PV input open circuit voltage of 145V
when connected in series.
Refer to the table below for recommended AC input wire diameter and switch:
All-in-one Solar Energy Storage Inverter Controller 9

Model
Recommended
battery
wire diameter
Maximum bypass
input current
Recommended air switch or
circuit breaker specification
HT4830S80-145
10mm2/7AWG
40A
2P40A
HT4840S80-145
10mm2/7AWG
40A
2P40A
HT4850S80-145
10mm2/7AWG
40A
2P40A
Note: The corresponding circuit breaker is available at the mains input connection and
may not be added.
Recommended battery input wire diameter and switch selection
Model Recommended battery
wire diameter
Rated battery
discharge
current
Maximum
charge
current
Recommended air
switch or circuit
breaker specification
30mm2/2AWG
85A
140A
2P160A
30mm2/2AWG
110A
140A
HT4850S80-145 30mm2/2AWG
125A
140A
Recommended AC output wire specifications and circuit breaker selection
All-in-one Solar Energy Storage Inverter Controller 10
2P160A
2P160A
HT4830S80-145
HT4840S80-145
HT4830S80-145 10mm2/7AWG 13A 40A 2P40A
HT4840S80-145 10mm2/7AWG 17.5A 40A 2P40A
HT4850S80-145 10mm2/7AWG 22A 40A 2P40A
Model
Recommended
battery
wire diameter
Rated inverter
AC
output current
Maximum
bypass
output current
Recommended air
switch or circuit
breaker specification

Note: The wiring diameter is for reference only. If the distance between the PV array and the
all-in-one machine or between the all-in-one machine and the battery is long, using athicker
wire will reduce the voltage drop and improve system performance.
Note: The above wiring diameters and circuit breakers are only for recommendation. Please
select the appropriate wiring diameters and circuit breakers according to the actual situation.
2.3 Installation and wiring
Installation steps:
Step 1: Determine the installation location and heat dissipation space: determine the
installation location of the all-in-one machine, such as the wall; when installing the all-in-one
machine, ensure that there is sufficient air flow through the all-in-one machines heat sink,
leaving at least 200mm space between the left and right air outlets of the all-in-one machine to
ensure natural convection heat dissipation. Refer to the complete machine installation diagram
below.
Warning: danger of explosion! Never install the all-in-one machine and alead-acid liquid
battery in the same airtight space! Also dont install it in aconfined area where battery gas may
collect.
All-in-one Solar Energy Storage Inverter Controller 11

Step 2: Remove the terminal protection cover
All-in-one Solar Energy Storage Inverter Controller 12

Step3:Wiring
AC input/output wiring method:
Before A C input/output wiring, disconnect thecircuit breaker first, a n d c o n f i r m
whether the w i r e s useda r e thick enough. Please refer to Section 2.2Wiring
Specifications a n d Circuit Breaker Selection".
Correctly connect theA C input live a n d neutral w i r e s according tothew i r e sequence
a n d terminal locations shown below.
All-in-one Solar Energy Storage Inverter Controller 13

L: Live wire N : Neutral wire
Correctly connect theA C output live a n d neutral w i r e s according tothew i r e
sequence a n d terminal locations shown below,a n d connect theearth w i r e tothegrounding
screw holethrough theO - t y p e terminal.
L: Live wire N : Neutral wire
N o t e : T r y touseathick earth w i r e (wire cross-sectional area isnotlessthan4mm2), the
grounding point should bea s c l o s e a s possible tothemachine, a n d thes h o r t e r thegrounding
w i r e thebetter.
PV input wiring method:
Before wiring, disconnect thecircuit breaker first, a n d confirm whether thew i r e s
useda r e thick enough. Please refer toSection 2.2Wiring Specifications a n d Circuit
Breaker Selection".
Correctly connect thePVinput w i r e s according tothew i r e sequence a n d terminal
All-in-one Solar Energy Storage Inverter Controller 14

All-in-one Solar Energy Storage Inverter Controller 15
locations shown below. The PV ports on the machine are preferred for wiring.
PV+:PV input positive PV-:PV input negative
BATwiring method:
Before wiring, disconnect thecircuit breaker first, a n d confirm whether thew i r e s
useda r e thick enough. Please refer toSection 2.2Wiring Specifications a n d Circuit
Breaker Selection. T h e BAT w i r e s need tobeconnected tothemachine through O - t y p e
terminals. It isrecommended tousetheO - t y p e terminals with a n innerdiameter of6mm,
a n d theO - t y p e terminals m u s t befirmly pressed a g a i n s t theBAT w i r e s toprevent
overheating duetoexcessive contact resistance.
Correctly connect theBAT w i r e s according tothew i r e sequence a n d terminal
locations shown below.

All-in-one Solar Energy Storage Inverter Controller 16
BA T+ :Ba tte r yp os itiv eBA T-:Ba tte r yn e ga tive
W arnin g s :
T hem a insinp ut,A Cou tpu ta ndPVa rra yw illg e ne ra tehig hv olta g e s ,s obes ureto
dis c on ne c tthec irc uitbre a k e rorf us ebe f orew iring ;
D urin gw iring ,bes uretobec a re ful;du ringw iring ,dono tc los ethec irc uitbre a k e rorf us e ,
a nde ns uretha tthe +a nd -po lele a dc onn e c tion sofe a c hc om pon e nta rec orre c t;ba tte ry
e ndm us tbeins ta ll e dw ith a c irc uitbre a k e r.Forthes e le c tionofc irc uitbre a k ,ple a s ere fe rto
Se c tion2.2W iringSpe c if ic ation sa ndCirc uitBre a k erSe le c tion  .Be forew iring ,bes ureto
dis c on ne c tth ec irc uitbre a k e r,topre v e nts tron ge le c trics pa rk sw he nw iring ,a nda tthes a m e
tim e ,a v oidba tte rys hortc irc uitdu ringw iring ;ifth em a c hineisa ppli e dinlig htni ngf reque nt
a re a s,itisre c om m ende dtoins ta lle x te rna llig htni nga rre s te ra tthePVinp ut .
Ste p4:Che c kthew iringf orc orre c ta ndf irmc onn e c tion,e s pe c ia llyc he c ktheba tte ryinp utf or
re v ers epo la rity ,thePVinp utf orre v ers epo la rity ,a ndtheA Cinp utf orbe ingw rong ly
c onn e c te dtotheA Cou tpu t.
Ste p5:Ins ta llth ete rm ina lpro te c tionc ov e r

All-in-one Solar Energy Storage Inverter Controller 17
Step 6: Start the all-in-one machine
First of all, close the circuit breaker at the battery end; secondly, turn the
rocker switch on the left side of the machine to the ON state, and AC/INV
indicator flashing means that the inverter is working normally; then, close the
circuit breaker of the PV array and mains power; finally, turn on the AC loads
one by one after the AC output is normal, so as to avoid protection action due to
large instantaneous impact generated by turning on the loads at the same time.
At this point, the machine can work normally according to the set mode.
Note: To power different AC loads, it is recommended to turn on the loads
with large surge current first, and turn on the load with small surge current
after the loads are operating stably.
Note: If the machine does not work properly or if the LCD or indicator
displays abnormally, refer to Section 6for troubleshooting.

All-in-one Solar Energy Storage Inverter Controller 18
3.Op er ati n gM od e
3.1Ch argi ngm ode
1.PVprio rity :PVs y s te mispri oriti z e df orba tte ryc ha rg ing ,on lyw he nthePVf ails ,m a ins
c ha rg ingisa c tiv a te d.Ma k ingf ullus eofs ola re ne rg ytog e ne ra tepo w erdu ringtheda y
a nds w itc hingtom a insc ha rg inga tni g htk e eptheba tte rie sc ha rg e d.T hism odeis
a ppl ic a bletothea re a sw he retheg ridisre la tiv e lys ta blea nde le c tric ityism oree x pe ns iv e .
2.Ma in sprio rity :Ma inspo w erisprio ritiz e df orba tte ryc ha rg ing ,on lyw he nthem a ins
po w erisno ta v a ila ble ,PVc ha rg ingisa c tiv a te d.
3.H y bridc ha rg ing :PVa ndm a inshy bridc ha rg ing .PVMPPTc ha rg ingg e tstheprio rity .W he n
PVe ne rg yisins u f fic ie nt,m a inss ta rtstoc ha rg e .W he nthePVe ne rg yiss uf fic ie nta g ain,
them a inss top sc ha rg ing .T hisisthef as te s tw a ytoc ha rg e ,s uita bl ef ora re a sw he rethe
g ridisun s ta ble ,a ndpro v ide sa na de qua teba c k -uppo w ers upp lya ta lltim e s .

All-in-one Solar Energy Storage Inverter Controller 19
4.O nlySol a r:ba tte ryison lyc ha rg e dbyPVs y s te ma ndm a insc ha rg ingisno ta c tiv a te d.T his
isthem os te ne rg y -e ffic ie ntm ode ,w itha llba tte rypo w erc om ingf roms ola re ne rg y ,
us ua llyus e dina re a sw ithg oodlig htc ond itio ns .
3.2Ou tputm ode
PVp r ior itym ode :bo thPVa ndba tte rypo w e rtheloa ds .D iv e rs ifie dc ha rg ingm ode sa nd
ou tpu tm ode sa rea v aila blef ors e le c tion.W he nthePVprio ritym odeiss e le c ted,itc a n
m a xim iz etheus eofg re e ns ola re ne rg ya nda c hie v ee ne rg ys a v inga nde m is s ionre duc ti on .
W he nthePVf ails ,itw ills w itc htothem a ins .T hism odem a xim iz e stheus eofs ola r
e ne rg yw hilem a inta inin gba tte rypo w e ra ndiss uita bl ef ora re a sw he retheg ridis
re la tiv e lys ta ble .

Ma in sp r ior itym ode :Sw itc htoinv e rte ron lyw he nthem a insf ails .T hism odeis
e quiv a le ntto a ba c k upU PSa ndiss uit a blef ora re a sw he retheg ridisun s ta ble .

All-in-one Solar Energy Storage Inverter Controller 20
I n ve r terp r ior itym ode :Sw itc htom a inson lyw he ntheba tte ryisun de rv olta g e .T his
m odem a xim iz e stheus eofD Cpo w e ra ndiss uita bl ef ora re a sw he retheg ridiss ta ble .