{source}
<!-- You can place html anywhere within the source tags -->

<script type='text/javascript'>

function calc() {
cartype=document.forms["myform"]["cartype"].value;
speed=document.forms["myform"]["speed"].value;
g=document.forms["myform"]["g"].value;
commute=document.forms["myform"]["commute"].value;
range=document.forms["myform"]["range"].value;
ac=document.forms["myform"]["ac"].value;
heat=document.forms["myform"]["heat"].value;

misc_cost=2000; // subframe, motor mounts, battery boxes, transmission coupler, wires, etc

// assume compact for defaults
weight=3500;
mpg_compact=30;
mpg=mpg_compact;
if(cartype=='regular') {
mpg=22;
weight=3500;
}
if(cartype=='sports') {
mpg=20;
weight=3000;
}
if(cartype=='suv') {
mpg=16;
weight=4500;
}
if(cartype=='truck') {
mpg=13;
weight=5500;
}

// calc co2
co2=Math.round(commute*22/mpg*365);
document.forms["myform"]["out_co2"].value=co2;
document.forms["myform"]["out_trees"].value=Math.round(co2/25);
document.forms["myform"]["out_acres"].value=Math.round(co2/100)/100;

whmile_compact=250;
USDperAH=1.3;
battery_cost=range*mpg_compact/mpg*whmile_compact/3.2*USDperAH;

// calc costs
motor_cost=2000; // Warp 9 or SepEx equiv
controller_cost=2000; // Soliton Jr or EMotorWerks
// rest is calced using calibration of Fiat (2500 lbs, 6 sec 0-60) = 0.0024
if(g/weight < 0.0027 || speed>100) {
motor_cost=3000; // Warp 11 or SepEx equiv
controller_cost=3000; // Soliton 1 or EMotorWerks
}
if(g/weight <0.002 || speed>120) {
motor_cost=4000; // dual warp 9 or Warp 11HV or SepEx equiv
misc_cost+=1000; // additional mounts / supports
if(range<100) battery_cost*=1.2; // higher current output
}
if(g/weight <0.0015 || speed>130) {
motor_cost=6000; // dual warp 11 or SepEx equiv
controller_cost=5000; // zilla or EMotorWerks or NetGain Controls Industrial
if(range<150) battery_cost*=1.2; // higher current output
}

if(range>100) misc_cost+=500; // additional battery boxes / supports

charger_cost=2000;

if(ac=='Yes') misc_cost+=1000;
if(heat=='Yes') misc_cost+=500;
battery_cost=Math.round(battery_cost);
costs=Math.round((motor_cost+controller_cost+battery_cost+charger_cost+misc_cost)/500)*500;

//document.forms["myform"]["out_motor_cost"].value=motor_cost;
//document.forms["myform"]["out_controller_cost"].value=controller_cost;
//document.forms["myform"]["out_battery_cost"].value=battery_cost;
//document.forms["myform"]["out_charger_cost"].value=charger_cost;
//document.forms["myform"]["out_misc_cost"].value=misc_cost;
document.forms["myform"]["out_cost"].value=costs;
document.forms["myform"]["out_cost1"].value=costs-1000; // just bundle discount
}

</script>

<form name=myform>

<h3>EMotorWerks Electric Car Conversion Calculator</h3>

<h4>Enter main parameters for your conversion and see how much it would cost to build such a conversion.  Note that we can only provide an estimate due to natural variations in pricing of underlying materials. To lock your pricing, contact us after getting your estimate. 

</h4>


<table border=0 cellpadding=0>
<tr>
<td valign=top>

<font size=-1>

<b>What kind of car do you want to convert?</b>

<br>
<select name=cartype>
<option value=sports>Roadster (example: BMW Z3/4)
<option value=regular selected>Small Sedan / Coupe (example: BMW 3-series)
<option value=regular>Mid-size Sedan / Coupe (example: BMW 5-series
)

<option value=suv>SUV (example: BMW X5)

 

<option value=truck>Pickup truck (example: Ford F150)
</select>
<br><br>

 

<!--
Next, tell us how important various conversion parameters are for you:
<br><br>
<table>

<tr><td valign=top>
Top speed:
</td><td>
<input type=radio name=imp_speed value=0>Not at all
<input type=radio name=imp_speed value=1>Not really
<input type=radio name=imp_speed value=2>Somewhat
<input type=radio name=imp_speed value=3>Very Much
</td></tr>

<tr><td valign=top>
Acceleration:
</td><td>
<input type=radio name=imp_g value=0>Not at all
<input type=radio name=imp_g value=1>Not really
<input type=radio name=imp_g value=2>Somewhat
<input type=radio name=imp_g value=3>Very Much
</td></tr>

<tr><td valign=top>
Range:
</td><td>
<input type=radio name=imp_range value=0>Not at all
<input type=radio name=imp_range value=1>Not really
<input type=radio name=imp_range value=2>Somewhat
<input type=radio name=imp_range value=3>Very Much
</td></tr>

</table>
<br>
-->

 

<b>What is your target top speed</b>

<br>
<select name=speed>
<option value=75>Just be able to go on freeway (75 mph top speed)
<option value=100 selected>Accelerate as a normal car on Freeway (100 mph top speed)
<option value=120>Accelerate as a sports car on Freeway (120 mph top speed)
<option value=140>I want to go on race tracks (130-140 mph top speed)
</select>

<br>

Note: The required power of the drive system is proportional to the cube of the top speed above 60-70mph. Therefore, top speeds above 90 mph will drive costs of the system pretty quickly.
<br><br>


<b>What is your target time to 0-60 mph in seconds:</b>
<br>
<select name=g>
<option value=5>Sport / fast mid-market car (e.g., new BMW 335) level (5-6 sec)
<option value=8 selected>Typical mid-market car (e.g., BMW 328) level (7-8 sec)
<option value=10>Typical passenger car (e.g., Nissan Sentra / BMW ActiveE) level (9-10 sec)
</select>

<br><br>


<b>How many miles do you drive per day? (average American drives ~30-40 miles per day)</B>
<br>

<select name=commute>
<option value=15>10-20 (3,000-6,000 miles per year)
<option value=25>20-30 (6,000-9,000 miles per year)
<option value=40 selected>30-50 (9,000-15,000 m/yr - average for an American driver)
<option value=60>50-70
<option value=85>70-100
</select>
<br><br>


<b>What is yout target FREEWAY range per charge in miles</b>
<br>
<select name=range>
<option value=40>40
<option value=60 selected>60
<option value=100>100
<option value=150>150 (results in loss of trunk space)
</select>

<br>

 Note: City range will generally be higher than freeway range quoted above.
<br><br>

<h4>Accessory Options</h4>

 

<b>Air Conditioning: </b> <select name=ac><option value=No selected>No <option value=Yes>Yes</select>

<br>

<B>Heating:</B> <select name=heat><option value=No selected>No <option value=Yes>Yes</select>


<br><br>
<input type=button value="Give Me My Price Estimate!" onClick="calc();">

</td>



<td valign=top width=10%>

<center><img src="images/BFA.jpg"></center>

</td>


 

<td valign=top width=40%>

<h2>Your Conversion Cost Results:</h2>

 

<font size=-1><b>Conversion cost - components only (does not include assembly / testing labor - estimated at $2,000-$4,000 depending on configuration), USD</b>

<br><br>

<b>SUBTOTAL</b>: 

<input type=text name=out_cost size=6>

 

<!--, including:

<br>

<p>
<ul>

<li>Motor: <input type=text name=out_motor_cost size=5></li>

<li>Controller:<input type=text name=out_controller_cost size=5></li>
<li>Battery: <input type=text name=out_battery_cost size=5></li>
<li>Charger: <input type=text name=out_charger_cost size=5></li>
<li>Other (subframe, motor mounts, battery boxes, transmission coupler, wires, etc):
<input type=text name=out_misc_cost size=5></li>

</ul>

-->

<br>

<br>

<b>Bundle discount</b>: <font color=red><b>$1,000 </b></font>- LIMITED TIME OFFER<br><br>


<!--<b>Early Adopter discount</b>: <font color=red><b>$2,000 </b></font> - NEXT 5 CUSTOMERS ONLY (starting Monday May 28, 2012)-->

<h4>NEW TOTAL: <input type=text name=out_cost1 size=10></h4>


<br>
<hr>
<h3>Environmental impact</h3>

<b>Annual lbs of CO2 eliminated from the atmosphere:</b>
<br><br>
<input type=text name=out_co2 size=10>

<br><br>

<b>Number of fully grown pine trees saved:</b>
<input type=text name=out_trees size=10><br>
OR<br>
<input type=text name=out_acres size=10> ACRES!

 

</td></tr>
</table>

</form>

{/source}

 

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eMotorWerks Inc. is a California based company which focuses on promoting high performance electric vehicle charging technologies, such as EV charging stations (EVSE), smart grid EV charging networks, and charging systems for high-voltage and DC fast charging.