Wednesday, December 5, 2018

Large Inverters Up to 500,000 Watts

Large Pure Sine Wave
Off Grid Inverter
DC to AC Power

This new line of Pure Sine Wave Inverters puts out much more power than most Inverters. Before we added these Power Inverters to our website the highest wattage Inverter went up to 15,000 watts. This new Inverter line goes all the way up to 500,000 watts with 17 Inverters starting at 8,000 watts.

The biggest advantage of this Off-Grid Inverter is that it has received UL1741 approval. Other great features include the following:
·        Easy to Repair
·        Little Fault Rate (<1%)
·        100% Full Power Stable Output
·        High Efficiency (>94%)
·        Long Service Life (>15 Years)
·        AC Power Priority or Battery Power Can Be Set
·        Wide DC Input Voltage Range Can Be Set
·        Output Frequency 50Hz/60Hz Can Be Set
·        Output Voltage Can Be Set
·        Variable Frequency Start or Step Down Voltage Start
·        Large LCD Display

To determine if you need a large Inverter like this you first need to figure out the continuous power (watts or amps) of the electronics you wish to run and also the initial load requirement which is often double the requirement for the continuous load. Then you can determine the correct size of Inverter you need, keeping in mind that it is advisable to use a larger Inverter (about 20% more) than what it seems like you need. Here are some helpful formulas to help determine the size of Inverter you’ll need:
Amps to Watts – Multiply Amps X 120 (AC voltage) = Watts
Approximate Startup Load – Multiply Watts X 2 = Starting Load
AC Watts to DC Amps – AC Watts divided by 12 X 1.1 = DC Amps

We look forward to answering your questions about Inverters. Pure Sine Wave Inverters only work properly when they are the right size for the job so be sure to do some research before starting your solar project.


Friday, November 9, 2018

New Large Long-Life Lithium Battery Called XCell

XCell Battery
Lithium Batteries
240Ah and 277Ah


On a recent trip, I visited a battery factory that makes these larger Ampere-Hour (Ah) Lithium Batteries. I’m excited that we can now expand our line of Long-Life Aluminum-Encased Lithium Batteries. Before we found this cell, our highest ‘Ah’ battery was the 220Ah Bright Star cell. Now we have the XCell 277Ah Battery that goes over 3,000 charge cycles before reaching 80% of the original capacity. Additionally the 240Ah XCell Lithium Battery goes over 3,500 charge cycles before reaching the 80% threshold.
This is the fourth different company that makes what I consider our number 1 product; Long-Life Rechargeable Lithium Batteries. We started out with New Energy cells several years ago and then moved on to the Fortune batteries in June of last year. Fortune makes great 60Ah and 100Ah cells which we regularly sell out of soon after we receive a shipment to our offices.

The Bright Star battery came soon after in August of last year. I thought this would be the best battery company I could find because the factory was so impressive and they made larger cells than Fortune could supply. But I think I just might have found the best battery of them all, the XCell battery. I’m always on the lookout for a better performing battery pack and I’m excited to have this new deal with XCell. We get these cells at a lower per-ampere-hour price than either the Fortune or the Bright Star so we are ready to quote you a great price on these new batteries.

Check out the pricing and specifications for yourself to see what I’m so excited about!


Thursday, November 1, 2018

How a Battery Balancer Works

Guide to Battery Balancing



This is a guide we’ve put together that explains how Battery Balancers work and what improvements are made to the lithium batteries when they are properly balanced. More information can be found under “How the GNE Balancer Works” and “Specification of Battery Balancer” on our website. Please give us your questions and comments about this guide!

How the Balancer Works to Protect Batteries
This diagram tells you how the balancer works. Each battery is compared to a cup. Each balancer is like a pump. With the pumps, all the cups will have the same level of water because the water will flow from the higher cups to the lower ones. The balancers are connected in parallel to the batteries. They won’t affect the charging or discharging of the batteries.

All battery balancers connected to a battery pack interact with each other; not just the neighboring balancers. Suppose there are 4 cells of the following voltages: 3.1V, 3.2V, 3.3V, and 3.4V. Power will be transferred from 3.4V to the other batteries. The lower batteries will be charged by the higher ones. Finally they will reach the same level.

What Happens to Batteries When They Aren’t Balanced?
The individual cells in a battery pack are rarely an exact duplicate of all the cells in the battery pack.

In actual practice, when a pack of batteries reaches a specified charge cutoff voltage then the charger will shut off. If one cell in a pack reaches that voltage before other cells reach a full charge it will cause the charger to shut off – prematurely denying the balance of the pack a full charge.

Conversely when the weakest cell in a pack reaches its discharge cutoff voltage it will show as the discharge point and shut down the pack prematurely – thereby denying the user the balance of energy the other cells have stored.

The battery equalizers prevent this from happening. This process yields up to 30% more power and will extend the life of the battery pack.

Five Advantages of Using a Battery Balancing System
1.   Keeps your batteries voltage difference within 10mV!
2.   Keeps your batteries safe all the time with no overcharging of over discharging.
3.   Prolongs your battery lifespan 2~3 times.
4.   A very simple installation.
5.   A low price. You pay a small amount of money to protect your battery. Compare to the cost of replacing your expensive lithium battery, the balancer is very cheap.

How to tell if the Battery Pack Balancers are Correctly Installed
Measure the voltage of the batteries with a multi-meter to see if each of the batteries voltage is normal.

Listen to the balancers. If they are connected correctly, they will produce a high-frequency sound. Because the sound is quiet, you need to get close to the balancers. The more balanced the batteries are, the smaller the balance current it will have, and the softer sound they will make and vice versa. If they are connected the wrong way, you won’t be able to hear the sound.

Thursday, October 25, 2018

New AC Motor HyPer 9HV uses Permanent Magnet Technology

HyPer 9HV Integrated System IS™
Synchronous Reluctance Internal Permanent
Magnet (SRIPM) AC Motor
120 Lbs. / 54 Kg


We are pleased to announce the release of a new AC Motor from NetGain Motors which expands the HyPer 9 System to a new High Voltage Motor the HyPer 9HV IS SRIPM Electric Motor. This Electric Car Motor System consists of a 144V brushless HyPer 9HV Motor, a HyPer-Drive X144 Controller/Inverter, Low Voltage Wire Harness, and Main Contactor.
The HyPer 9HV 3 Phase AC Motor uses Permanent Magnet technology to produce an additional 30-40% peak torque over similar sized AC Induction motors at a comparable cost!
A Synchronous Reluctance Internal Permanent Magnet (SRIPM) platform provides many advantages like outstanding torque and efficiency, rotating fields for precise control with no rotor slip, and integration with the controller maximum performance and efficiency.
We invite you to view this AC Synchronous Motor to see if it will provide the power and efficiency you need for your Electric Vehicle (EV).

Technical Specifications:
  Type: SRIPM
  Voltage: 144V Nominal
  Current: 500 Amp
  Efficiency Peak: 95%
  KW Peak: 100 @ 170V
  KW Continuous: 38 @ 3,600RPM
  RPM Peak: 8,000
  RPM Continuous: 3,600
  Torque: 162 Lbs.-ft. @ 0 RPM
  Regen: Yes, Tailorable
  Motor Diameter: 8.66”
  Motor Length: 13.976”
  Motor Weight: 120 Lbs.
  Controller Weight: 9 Lbs.
  Shaft: Single Ended, Keyed
  Mounting: B-Face (WarP 9 ™)
  Insulation: Class “H”
  Software: SmartView
  Delivery: Stock

The HyPer 9HV Integrated System™ (IS) is the ideal power-train for any light to mid-weight daily driver. Combine multiple systems for heavy-weight and racing vehicles. Our HyPer 9HV ™ motor is a Synchronous Reluctance Internal Permanent Magnet (SRIPM) AC motor. The HyPer 9HV IS ™ will include a 144V brushless HyPer 9HV ™ motor, HyPer-Drive X144 ™ Controller/Inverter, Low Voltage Wire Harness, and Main Contactor!
On the technical side, the HyPer 9HV ™, runs at a nominal voltage of 144V. Peak efficiency reaches ~95%. Maximum current is 500 Amps. Shaft torque has been measured at 162 Lbs.-ft. at zero RPM. Peak RPM is 8000 with a maximum continuous RPM of 3600. Dimensionally, it is 13.98” long with a sealed frame diameter of 8.66” and a weight of 120 Lbs.

SRIPM Advantages:
EFFICIENCY
The Reluctance Rotor is a low loss design for current to take a natural path of least resistance. There are no windings in the rotor - this means 0 ohmic rotor losses. Cooling fans are not required, yielding even lower losses.
PRECISION
The constant and revolving fields rotate at synchronous speeds, allowing for precise control with no rotor slip.
TORQUE
The Internal Permanent Magnets produce significant torque over non-magnetic SR motors.
INTEGRATION
The Integrated motor and controller/inverted are designed for and mapped to one other for maximum performance and efficiency.

Not AC Induction
Not Axial Flux Permanent Magnet
The HyPer 9HV is a 3 Phase AC, Synchronous Reluctance Internal Permanent Magnet (SRIPM) Motor, and it is powered by a matching Synchronous X1 Controller/Inverter.
Stay ahead of the curve with this unique and revolutionary technology which differs from AC Induction and traditional Permanent Magnet technology on so many levels. The HyPer 9HV IS works much like an AC induction system, but thanks to its Synchronous Reluctance rotor, the HyPer 9HV is capable of running in IEC's highest efficiency class of IE4 "Super Premium Efficiency". If you need a power dense brushless motor, you are no longer locked in to paying the high price of rare earth Permanent Magnet systems. The HyPer 9HV's Permanent Magnet technology produces an additional 30-40% peak torque over similar sized AC Induction motors - at a comparable cost!
      Advanced programmability
      Tailorable regenerative braking and Single Pedal Driving
      Toggle between multiple operating profiles on the move
      Industry standard mounting and shaft make for a simple swap from/to WarP motors.
      Incredible power to weight ratio
      Designed for electric vehicles
      Click Here - for drawings, performance data, sales sheets, and more!

Wednesday, October 17, 2018

Exciting EV Conversions of Model T and Suzuki Samurai


Model T and
Suzuki Samurai EV Conversion



This Model T was converted to Electric and appeared in the biggest parade in Utah. We started out our company with a primary focus on converting gasoline cars into Electric Vehicles (EV). Even though we’ve gone away from doing the actual converting, it is still a thrill to see a conversion through to completion for our customers. We were also excited by a Suzuki Samurai EV Conversion which one of our customers put together.
We live in an age when it’s easier and sometimes less expensive to buy a new Electric Car than convert a classic car to run on electricity. I started my company after I saw the movie “Who Killed the Electric Car” and was shocked to learn the lengths that General Motors had gone to deprive the average American from being able to drive on an inexpensive, non-polluting fuel. I knew that Electric Cars could become popular again under the right circumstances. Today with car companies like Tesla putting out new EVs full car conversions are less common. That is why I love hearing conversion stories from average car enthusiasts.
We still provide conversion parts like Lithium Batteries, Motors, Chargers, Controllers, Contactors, and many others on our website, Electric Car Parts Company.com. Ask us a conversion question or tell us about your own EV Conversion experience!

Wednesday, October 10, 2018

MPPT Solar Charge Controller Can Operate in Parallel

12V, 24V, 36V, or 48V 60A MPPT
For Flooded, SLA, AGM, Gel, Lead Acid Battery
and LiFePO4 (Lithium) Battery Packs
Solar Charge Controller
11.2 * 8.1 * 3.6 in. (285 * 205 * 93 mm)
7.9 Lbs. (3.6 Kg)


Our offerings on the solar front have increased dramatically in the last 3 years as we’ve added Inverters, Energy Storage Systems, and today’s featured product Solar Charge Controllers
The 60A MPPT Solar Charge Controller can operate in parallel and uses advanced dual-peak or multi-peak tracking technology. The Lithium Battery gets charged with maximum power in real time. As the Charge Controller user manual says, “This product can keep monitoring the solar panel’s generating power and tracking the highest voltage and current values (VI) in real time, enabling the system to charge the battery in maximum power. It’s designed to be used in off-grid photovoltaic systems to coordinate operation of the solar panel, battery and load, functioning as the core control unit in off-grid photovoltaic systems.”
A Solar Charge Controller regulates the voltage and current coming from the solar panels going to the battery to prevent the battery from overcharging. A Solar Battery Charger is used in solar applications and comes in two types: PWM (Pulse Width Modulation) and MPPT (Maximum Power Point Tracker)
A PWM Solar Charge Controller matches the voltage of the solar panel to the voltage of the battery by pulling down the solar panel’s output voltage.
An MPPT Solar Charge Controller optimizes the match between the solar array (PV panels) and the battery bank. It converts a higher voltage DC output from the solar panels down to the lower voltage needed to charge batteries and convert the extra voltage of the panel into current which increases the output from the solar system.
We are confident that these MPPT Solar Charge Controllers will be just what you need for your Solar System at a reasonable price!

Features of the 60A MPPT Solar Charge Controller:
·        Advanced dual-peak or multi-peak tracking technology.
·        Built-in maximum power point tracking algorithm to improve energy utilization efficiency of photovoltaic systems.
·        Charging efficiency 15%-20% higher than traditional PWM solar charge controllers.
·        Combination of multiple tracking algorithms that can accurately track the optimum working point of the I-V curve in a very short time.
·        MPPT tracking efficiency can be as high as 99.9%
·        Advanced digital power supply technology to raise the circuit energy conversion efficiency to as high as 98%.
·        Different charging program options including those for gel batteries, sealed batteries, open batteries, and customized ones.
·        Current-limiting charging mode. When the solar panel power exceeds a certain level and the charging current is greater than the rated current, the solar charge controller automatically reduces charging power and brings the charging current to the rated level.
·        Instantaneous large current startup of capacitive loads.
·        Automatic recognition of battery voltage.
·        LED fault indicators and a liquid crystal display screen to display abnormality information and help users quickly identify system faults.
·        Historical data storage function to store data for up to a year.
·        LCD screen on the controller to enable users to check device operating data and statuses and modify controller parameters.
·        Standard Modbus protocol to meet the communication needs of various occasions.
·        Electrically-isolated communications to assure the user about usage.
·        Parallel operation supported by certain parts of the solar charge controller.
·        Built-in mechanism for over-temperature protection. When the temperature exceeds the set value, the charging current will decline in linear proportion with temperature, therefore slowing down the rise of controller temperature and avoiding controller damage from high temperatures.
·        External battery voltage sampling function to prevent line loss from affecting external battery voltage sampling and to ensure greater control parameter preciseness.
·        Temperature compensation function to automatically adjust charging and discharging parameters to extend the battery service life.
·        Battery over-temperature protection function for when the external battery temperature exceeds the set value. Charging and discharging will be shut off to protect components from being damaged.
·        TVS lightning protection.

Technical Specifications of the 12V, 24V, 36V, or 48V Solar Charge Controller:
·        Battery Voltage/Power: 12V/800W, 24V/1600W, 36V/2400W, or 48V/3200W
·        Max Solar Input Voltage: 150V
·        Rated Charge Current: 60A
·        Rated Load Current: 20A
·        IP Rating: IP32
·        Conversion Efficiency: <98%
·        MPPT Tracking Efficiency: >99%
·        Working Temperature: -31F~113F (-35C~+45C)

Wednesday, September 26, 2018

Energy Storage System Provides Peak Shaving with an AC Power Conversion System PCS

Up to 1MWh 500V~800V Battery
Energy Storage System
For Peak Shaving Applications
3 Year Factory Warranty


Peak Shaving is becoming more and more popular as a means of conserving energy. This Energy Storage System is charged off the utility grid in off peak hours at very low electrical cost and then discharged during peak periods to dramatically reduce demand charges.
Peak Shaving works because you’re providing energy that doesn’t get billed by the power company. You’re not reducing usage; you’re altering the source of the energy. Here are 3 ways you can achieve Peak Shaving:
1.   Use an alternative localized power source during peak times of day.
2.   Improve your energy efficiency.
3.   Utilize solar energy battery storage.
The 1MWh Storage System makes use of a localized power source by the use of a Battery Pack, a Battery Management System (BMS), and an AC Power Conversion System (PCS).
Ask us about the components of a Power Storage System because we can tailor-make a Peak Shaving System in any Kilowatt range above 250 kW per module.

Features of the 1MWh Energy Storage System Battery Pack:
Cell Nominal Voltage
3.2V
Cell Charge Cut-off Voltage
3.65V
Cell Discharge Cut-off Voltage
2.5V
Cell Capacity
150Ah
Cell Count in Each Module
15
Nominal Voltage of Module
48V
Charge Module End Voltage
54V
Discharge Module End Voltage
42V
Operating Temperature
-4F ~ 140F
(-20C ~ 60C)
Depth of Discharge
92%
Charge C-rate
1C
Discharge C-rate
3C
Cycle Life
>4000
Cell Internal Resistance
0.4 Milliohms
Cell Dimension
1.7 * 6.8 * 7.5 in
(44 * 174 * 190 mm)
Module Dimension
10.8 * 31.9 * 9.8 in
(275 * 810 * 250 mm)
Cell Weight
7.0 Lbs. / 3.2 Kg
Module Weight
132.3 Lbs. / 60 Kg

Features of the Battery Management System (BMS):
Supply Voltage
9~36V
Cell Temperature
-4F ~ 140F (-20C ~ 60C)
Cell Charge Over Voltage
3.65V
Cell Charge Under Voltage
2.0V
Cell Discharge Cut-off Voltage
2.5V
Maximum Charging Current
150A
Maximum Discharging Current
300A

Features of the Power Conversion System (PCS):
Continuous kW Rating
250 kW
AC Grid Voltage
380V
Efficiency
97.3%
DC Voltage Range
400~850 V
Output Frequency
50/60 Hz
IP Rating
IP21
Dimension
47.2 * 85.0 * 31.5 in
(1200 * 2000 * 800 mm)
Weight
2976 Lbs. / 1350 Kg