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The
world of energy (electricity) continues to change at a blinding pace.
You are faced with energy consumption increment due to increase of production,
plant expand, reduce of efficiency in long running machines, energy
waste, and poor power quality. Furthermore, the utility is always
looking for a new way to increase the energy and demand rate.
Therefore, you need to productive edge today to reduce cost and a
competitive edge tomorrow to improve the efficiency of energy usage in
order to keep your business going. The process to minimize the wastage
and usage of energy will lead towards the preventive pollution that is
approaching the confirmation of ISO 14001 policies.
Our company, Total
Metering Solution Sdn. Bhd. (TMS) can solve all your problems by
offering a total energy management solution system in order to solve
power quality problems.
The energy
management system is able to monitor and analyze that actual condition
of energy consumption in a particular building. With the analysis
report from data provided by the system, the building manager will be
able to implement the best energy saving feature to best suit the
building. TMS also provide professional consultancy to help your
company to improve on power quality.
- Energy Management
System (Energy Billing Database & Reporting System)
- Automatic Meter Reading
(A.M.R.) System (Power Supply Remote Monitoring System)
- Electricity Prepayment
System (Energy Prepaid Billing System)
Energy Management
System & A.M.R. System
The Energy
Management & Automatic Meter Reading System is:
- A effective energy
management and billing system with database
- A legal way of energy
cost deduction
- A better customer
controlling system on electricity usage
- A way to solve or
reduce utilities problems like energy theft
- A profitable investment
- A very high degree of
satisfaction
- A environment save
process toward ISO14000
Benefits to
Customer
- Reduce energy wastage
- Improve power factor
- Reduce Maximum Demand
- Self-control the energy
consumption
- Remote monitoring
energy consumption and power quality
- Remote monitoring
distribution of energy system
- Understanding the
pattern of energy consumption
- Time efficiency fast
and accurate
- Labor Cost Reduction
- Less Human Error
- Verify Utility Monthly
Billing
- Electrical Parameter
data bank
Benefits to the
Utility
- Reduce inventory cost
- Stabilize power supply
- Admin cost reduction
- Improvement in customer
satisfaction
- Minimize Energy theft
Electricity
Prepayment System
Prepayment System
is a system for management of prepayment electricity utility customers.
It provides comprehensive facilities for revenue collection and for
two-way transfer of metering and other data between the utility and
individual customer meters.
System functions
are performed using two types of terminals:
- Customer Management
System (CMS) terminal which are used to perform administrative
functions such as setting up prepayment network, maintaining
consumer accounts and defining tariffs of charges.
- Point Of Sale (POS)
vending terminal which are primarily concerned with vending
credit of electricity supply for transfer to consumers meters.
Data update to consumers meters will do by CMS.
The full range of
facilities provide by the Prepayment System included:
- Controlling system
security.
- Maintaining the
Prepayment System network by adding, modifying and removing
vending sites and terminals.
- Adding and maintaining
consumer accounts.
- Creating and
maintaining tariffs.
- Adding Credit.
- Maintaining the transaction
records, financial records and terminal activity history logs.
Power Quality &
Energy Saving Products
- Equalizer & ACTIVAR
(Harmonic-resistant, Non-resonant Fast Response, Transient Free
Reactive Power Compensation Systems)
EQUALIZER:
A real time
transient free system, used to compensate extremely rapid loads within
one cycle (typically 5-20 mSec).
ACTIVAR:
A fast transient
free system, used to compensate any load within 3-4 seconds.
Advantages of Equalizer & ACTI VAR
Transient
Free capacitors group switching, using electronic switching elements
Prevents over voltage damage to sensitive electronic equipment
Saves energy
Harmonic filtration
Accurate power factor control, even in the presence of harmonics
Dramatically increases the life expectancy of switching elements and
capacitors
Considerably lower temperature rise of capacitors and inductors due
to unique scan feature
Built-in three phase network analyzer, measuring all network
parameters including harmonics
Unique self testing and comprehensive reporting feature.
Non-resonance with system inductance.
Self-protected against adverse effect of harmonic
Advantages Equalizer (in addition to the above)
Cycle by
cycle reactive power compensation (total acquisition time of 5-20mSec)
Prevents voltage drop and flickering
Used for Real Time applications, such as spot welding and motor
start-up
Enhances capacity of local generator systems, such as diesel and
windmill generators.
- Active Harmonic
Conditioner (Active Injection Mode, A.I.M.)
Active Harmonic Conditioner adopts a patented technology to
isolate harmonic currents and thereby protect equipment on your power
distribution system from disruption and damage due to harmonic currents
and associated voltage distortion. It continuously monitors the
non-linear current demanded by the load, and electronically generates
an ADAPTIVE current waveform which matches the shape of the non-linear
portion on the load current. A.I.M. harmonic conditioner injects this
matching current into the load, mitigating the problematic harmonic
currents at the point of connection. Utilising this patented method of
cancellation, the A.I.M. active harmonic conditioner provides a level
of attenuation of harmonic currents not previously realizable.
- Digital Soft Starters
Electronic soft starting is the most advanced form of reduced
voltage starting. The technology offers superior control over starting
current and torque. Additionally the more advanced soft start systems
also provide advanced protection and interface functions.
The main starting and stopping advantages offered include:
Smooth application of voltage and current without and steps or
transients.
Users are provided total control over the starting current and
starting torque through simple programming adjustments.
Frequent start capability without performance variations.
Optimum start performance for every start even in applications where
load varies between starts.
Soft stop control for applications such as pumps and conveyors
Braking for reducing decelerations times.
- Variable Speed Drives
(Frequency Converter)
Advantages and benefits of Variable Speed Drives
Maintenance
- Direct-on-tine starting stresses the motor and also the
electrical equipment. With electrical VSDs, smooth starting is possible
and this has a direct effect on maintenance costs.
Energy
saving - Changing
flow by mechanical means is very inefficient. With electrical VSDs,
changing the flow can be achieved by changing the motor speed.
Particularly in pump and fan applications, this saves lots of energy,
because the shaft power is proportional to the flow rate to the power
of three. VSDs save energy because the motor does not use more
electrical energy than required.
Full motor protection - VSDs are designed to protect
downstream cabling and motors against short circuit faults, earth
faults, overcurrent (overload), overtemperature and single phasing. The
need for a conventional motor circuit protection relay is removed but
conventional fusing or a circuit breaker is required to protect the VSD
itself.
Soft starting and stopping - Usually there are limitations on
the number of full load starts permitted in one hour for soft starters
because of the heating effect. Frequent rapid acceleration and
deceleration also generate heat.
Wide range
of speed, torque and power - Mechanical output power depends on the required
torque (T) and rotating speed (n). The greater the speed or torque
required, the greater the power required. This has a direct effect on
how much power the drive system draws from the electrical supply.A
drive regulates the voltage and frequency, which is fed to the motor,
and in this way directly controls the power used in the motor as well
as in the process being controlled.
Improved
power factor - The power factor tells us what proportion of the total electric
power is active and how much is so called reactive power. To produce
the required mechanical power, active power is required. Reactive power
is needed to produce magnetisation in the motor. Motors from about
2.2kW, 4-pole, 1500rpm, operate at a power factor in the range 0.8 to
0.85. Smaller 4-pole motor power factor can be as low as 0.64 at full
Load. Electrical demand at a power factor lower than 0.85 may attract
supply cost penalties.There are two ways to improve the power factor:
Fit power factor
correction equipment
Install a VSD or the more
sophisticated soft starters. However, only the VSD
can maintain motor efficiency
at reduced load.
Environmental
protection - Squirrel
cage motors are protected to IP55 which guarantees that the motor can
work in a dusty environmental and that it can bear sprinkling water
from any direction. The AC drive usually has an IP21 degree of
protection. This means it is not possible to touch the live parts and
that vertically dripping water will not cause any harm. Higher degrees
of protection can be achieved by installing the AC drive in a cabinet
with the required degree of protection. RUDOLF is available in IP22 and
IP54 versions.
EMC - EMC stands for
electromagnetic compatibility. It is very important that a drive
fulfils the EMC directives of the European Union. Basically EMC
compliance means that an AC drive can withstand conductive and
radiative disturbances and that it does not send any conductive or
radiative disturbances itself either to the electrical supply or the
surrounding environment.
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