On its own does not produce power and relies
on the power supplied by a direct current source. The composition consist of an electrical circuit, mechanical or rotary
apparatus. There are also some inverters that are static without the
application of moving effects.
A power inverter device requires a stable DC power
source. However the input depends entirely on the purpose or design. Electric
vehicles require 300-450 V DC, Solar panels 200to 400 V DC while home energy
requires24, 36 or 48 V DC.
The output waveform could be sine wave, modified sine
wage or square wave. A small business owner interested in investing in inverter
manufacturing is bound to make money. The assembling and manufacturing process
is simple and the space requirement is minimal.
The inverter works alongside batteries for power. To
prolong the run time there are 2 basic installation options.
You have the parallel configuration or series configuration. The series
configuration is meant to increase voltage while the parallel configuration is
to prolong run time and increase capacity.
Installation
options
·
Series configuration
·
Parallel configuration
Uses
of inverters
The technology can be incorporated into an
electroshock weapon. Other applications include HVDC transmitter, induction
heating or a solar inverter. Others uses are grid- tied inverters designed to
feed electric power distribution.
You find them in refrigeration compressors and electric
motor speed control. However the most popular use especially in third world
countries is to supply AC power for uninterrupted power supply.
Uses
·
incorporated into an electroshock weapon
·
HVDC transmitter
·
induction heating
·
solar inverter
·
grid- tied inverters
·
refrigeration compressors
·
electric motor speed control
·
AC power for uninterrupted power supply.
The ability to convert DC electric from batteries, fuel
cell to electricity is the main attraction. This enables easy operation of AC
equipment. The economic importance of inverters is based on the application.
They provide uninterrupted power supply to complement
current from the grid. The inverter is used alongside batteries to supply AC
power. Once the main power is restored the rectifier supplies DC power to
recharge the batteries.
Business
License
To operate a manufacturing company you need a business
license. Secure a trade license from the municipal authorities, value added tax
registration and trademark registration. You need a business license from ROC, factory
license, anti pollution provisions.
Licenses
1business license
2 trade license from the municipal authorities
3 value added tax registration
4 trademark registration
5 factory license
6 anti pollution provisions
Inverter
Manufacturing Raw Materials
A huge amount of raw materials goes into the
manufacturing of inverters. Components you need are switches, diodes, resistors,
capacitors. You need heat sink, S.C.R, LED, ICS. More include sockets, PCB,
lug, relays, auto wires, wire, and sleeves.
Others are fuse holder, mains lead, tapes copper wire,
pre-set. Purchase sleeves plastic formers, coir, hardware fittings, impregnated
compound varnish and P.F, Fuse holder.
Raw Materials
1 Switch
2 diodes
3 resistors
4 capacitors
5 mosfet
6 a heat sink
7 S.C.R
8 LED
9 ICS
10 sockets
11 PCB
12 plug
13 relays
14 auto wires
15 wire
16 sleeves
17 fuse holder
18 mains lead
19 tapes
20 copper wire
21 pre-set
22 plastic formers
23 hardware fittings
24 impregnated compound
25 varnish
26 P.F
27 Fuse holder.
There is a few machinery or equipment you need. Buy a
frequency counter, multi-meter, winding machine, coil winding machine. You need
LCR Bridge (digital), Flow soldering machine; true RMS meters (4 digits).
More equipment is Ocilla scope dual trace 10 MHz, surface
mounting equipment. You have the line frequency monitor, power analyzer,
megger, testing equipment, HV tester, Rheostats and drummer stat 4to 8 Amps.
manufacturing
Equipment
1 frequency counter
2 multi-meter
3 winding machine
4 coil winding machine
5 LCR Bridge(digital)
6 Flow soldering machine
7 true RMS meters (4 digits)
8 Ocilla scope dual trace 10 MHz
9 surface mounting equipment
10 line frequency monitor
11 power analyzer
12 megger
13 testing equipment
14 HV tester
15 Rheostats, drummer stat 4Amps to 8 Amps.
Manufacturing
Process
The manufacturing process starts with the procurement of
special transformers. Then you test critical components. The components are
fixed, soldered on printed circuit boards.
However, the controls and sockets are assembled individually.
The transformers are introduced and interconnection made. Check the power and
output voltage and make adjustment. Then perform a series of quality control
measures.
How
to Assemble an Inverter
1Different components
are assembled on printed circuit board based on design
2 The power,
output voltage and wave forms are checked
3 The necessary adjustments are made
4. The chassis is enclosed in a cabinet,
and connections completed.
5. Inverters of different capacity
are made with input voltage 12V, 24V DC and output 230 V AC
Marketing
Potential
A manufacturer should focus on countries with power
generation and distribution challenges. Despite the huge improvement in power
generation in a country like Nigeria citizens still experience over 14 hours
blackout. The demand is huge considering the over 150 million people in the country.
Common applications are found in Automated Teller
Machines, banks, home use, and hospitals. The need for a stable source of
electricity has driven the market.
In India the market is huge however investors would have
to compete with established brands. The investor could launch a marketing
campaign through electronic and print media.
Use television advertisement, discounts and proper
pricing to attract patronage. You need good wholesalers and distributors to
help push the brand.
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