var resultstext; var q1; var q2; var q3; var q4; var q5; var q6; var q7; var q8; var q9; var q10; var comms; var ResultsOut; var score; var temp1; var temp2; var electric; var cg; var ice; var forout; var forout2; var forout3; var endresult; function getresults() { score = 0; ResultsOut =""; comms = document.myForm.comms.value; cg = document.myForm.cg.value; ice = document.myForm.ice.value; electric = document.myForm.electric.value; document.myForm.score.value = 0; if (document.myForm.q1[0].checked == true) { ResultsOut = ResultsOut + "Q1 score 1 Correct. $100 will buy a Efergy single phase building power meter. There are 2 parts, one goes in the fuse box the other is an wireless indoor display. Values are updated every 6 seconds in Watts, $ per hour. Consumption totals for daily, weekly and monthly use are also held. An electrician is required for installation (15 min). " + "\r"; score = score + 1; } if (document.myForm.q1[1].checked == true) { ResultsOut = ResultsOut + "Q1 score 0.5. $150 will buy a Efergy three phase building power meter. There are 2 parts, one goes in the fuse box the other is an wireless indoor display. Values are updated every 6 seconds in Watts, $ per hour. Consumption totals for daily, weekly and monthly use are also held. An electrician is required for installation (15 min). " + "\r"; score = score + 0.5; } if (document.myForm.q1[2].checked == true) { ResultsOut = ResultsOut + "Q1 score 0.5. $230 will buy a Clipsal single phase building power meter. An electrician is required for installation (15 min). Efergy supplies a more affordable option." + "\r"; score = score + 0.5; } if (document.myForm.q1[3].checked == true) { ResultsOut = ResultsOut + "Q1 score 0. $300 would buy multiple power meters. Power meters can be bought for individual circuits in the fuse box." + "\r"; score = score + 0; } if (document.myForm.q2[0].checked == true) { ResultsOut = ResultsOut + "Q2 score 0.5 Some savings can be made by reducing light wattage at the expense of losing light output. " + "\r"; score = score + 0.5; } if (document.myForm.q2[1].checked == true) { ResultsOut = ResultsOut + "Q2 score 0. Halogen lights create a great deal of heat compared to thier light output and are not efficient compared to the alternatives. " + "\r"; score = score + 0; } if (document.myForm.q2[2].checked == true) { ResultsOut = ResultsOut + "Q2 score 0.5. LED are very efficient using approximately 1/10 the power of an incadescent. LED lights are quite expensive but last 25+ times longer than incadescent lights." + "\r"; score = score + 0.5; } if (document.myForm.q2[3].checked == true) { ResultsOut = ResultsOut + "Q2 score 1 Correct.CFL save 80% in electricity and are very affordable. See light energy calculator section to find out how much you can save." + "\r"; score = score + 1; } if (document.myForm.q3[0].checked == true) { ResultsOut = ResultsOut + "Q3 score 0.5 Some savings can be made by reducing light wattage at the expense of losing light output. e.g. 35 watt halogen rather than 50 watt halogen." + "\r"; score = score + 0.5; } if (document.myForm.q3[1].checked == true) { ResultsOut = ResultsOut + "Q3 score 0. Incandescent lights are not compatible with halogen fittings and voltages. " + "\r"; score = score + 0; } if (document.myForm.q3[2].checked == true) { ResultsOut = ResultsOut + "Q3 score 1 Correct. LED are very efficient and 6 watts instead of halogens 50 watts for the same light output. LED lights are quite expensive but last 25+ times longer than halogen lights. See light energy calculator section to find out how much you can save." + "\r"; score = score + 1; } if (document.myForm.q3[3].checked == true) { ResultsOut = ResultsOut + "Q3 score 0.CFL lights are not compatible with halogen fittings and voltages." + "\r"; score = score + 0; } if (document.myForm.q4[0].checked == true) { ResultsOut = ResultsOut + "Q4 score 0.5 Small reductions in wattage is possible e.g. 40 watts to 36 watts. Look for features such as tri or quad phosphorus to get better lighting output." + "\r"; score = score + 0.5; } if (document.myForm.q4[1].checked == true) { ResultsOut = ResultsOut + "Q4 score 0.5. Power factor correction capacitors are located within fluroescent fittings. There can be present at purchase or added later. Cheaper fittings do not have the capacitor. An electrician is needed for fitting. If multiple floroescent lights are on the one switch then one larger capacitor can compensate the whole circuit. This technique is a cheap way of saving 10 to 20% energy without affecting light output." + "\r"; score = score + 0.5; } if (document.myForm.q4[2].checked == true) { ResultsOut = ResultsOut + "Q4 score 0.5.Electronic ballast allow fluroescent tubes to work at a higher frequency for less flicker effect and brighter light. Some versions allow dimming control." + "\r"; score = score + 0.5; } if (document.myForm.q4[3].checked == true) { ResultsOut = ResultsOut + "Q4 score 1 Correct. Electronic ballast allow fluroescent tubes to work at a higher frequency for less flicker effect and brighter light. Some versions allow dimming control. Tubes rated at 28 watts can replace 36 watts ones for the same light output. Tubes can also last longer with better controlled starting. Electronic ballasts can be retro fitted into existing fluroesent fittings." + "\r"; score = score + 1; } if (document.myForm.q5[0].checked == true) { ResultsOut = ResultsOut + "Q5 score 0.5. Movement detection can be used to detect people or machinery movement to turn on lights for a set period. Special version exist to detect even slight movement of people working at desks." + "\r"; score = score + 0.5; } if (document.myForm.q5[1].checked == true) { ResultsOut = ResultsOut + "Q5 score 0.5. Heat movement detection is used for people movement. This can be used tea rooms, walkways, storerooms etc." + "\r"; score = score + 0.5; } if (document.myForm.q5[2].checked == true) { ResultsOut = ResultsOut + "Q5 score 0.5. If natural light is present in a room then control systems can dim electronic ballast fluroescent tubes to keep a constant light level." + "\r"; score = score + 0.5; } if (document.myForm.q5[3].checked == true) { ResultsOut = ResultsOut + "Q5 score 0.5. Countdown timers can be used for lights, exhaust fans, air conditioners etc. They can be of a set or variable duration of operation. Timers can fit in place of standard wallplates. " + "\r"; score = score + 0.5; } if (document.myForm.q5[4].checked == true) { ResultsOut = ResultsOut + "Q5 score 0.5. Sunset switches turn on lights when the ambient light is low such as night or during storms. They turn off when the ambient light comes back up. This can suit security and safety lighting and works automatically to the seasons. " + "\r"; score = score + 0.5; } if (document.myForm.q5[5].checked == true) { ResultsOut = ResultsOut + "Q5 score 0.5. Conventional timers can be used for signage lighting, walkway lighting, air conditioners, heaters, pumps etc. They can be mounted in the fuse box, as a wallplate or at a power point. " + "\r"; score = score + 0.5; } if (document.myForm.q5[6].checked == true) { ResultsOut = ResultsOut + "Q5 score 1 Correct. There are many ways to control lighting and other electrical devices to save energy and money. Movement detection can be used to detect people or machinery movement to turn on lights for a set period. Countdown timers can be used for lights, exhaust fans, air conditioners etc. Sunset switches turn on lights when the ambient light is low such as night or during storms. Conventional timers can be used for signage lighting, walkway lighting, air conditioners, heaters, pumps etc. Electric lights can work with natural light to maintain a constant lighting level. " + "\r"; score = score + 1; } if (document.myForm.q6[0].checked == true) { ResultsOut = ResultsOut + "Q6 score 1 Correct. In Hepburn Shire Victoria a community group is sourcing $10M in funds to build 2 x 2 million watt wind generators. A audit of the wind available has already been completed. Electricity generated is 100% green and has a higher value than coal or gas generators. Profits will be shared amongst the investors." + "\r"; score = score + 1; } if (document.myForm.q6[1].checked == true) { ResultsOut = ResultsOut + "Q6 score 0. Community electrical generation has been set up in many countries. In Antartica wind generation is used for electricity, melting ice for drinking and heating. One less ship of diesel is required each year due to 2 wind turbines." + "\r"; score = score + 0; } document.myForm.ice.value = document.myForm.ice.value.toUpperCase(); temp1 = document.myForm.ice.value; if (temp1 == "ICE") { ResultsOut = ResultsOut + "Q7 score 1 Correct. ICE is more efficiently created in the cool of night. Chilled water is distributed in building and heat exchangers cool the rooms. This process can work for multiple building saving costs. Peak power tarriff use can be reduced by 95%. " + "\r"; score = score + 1; } else { ResultsOut = ResultsOut + "Q7 score 0. What can be used to create chilled water during the day? " + "\r"; score = score + 0; } document.myForm.comms.value = document.myForm.comms.value.toUpperCase(); temp1 = document.myForm.comms.value; if (temp1 == "VOIP") { ResultsOut = ResultsOut + "Q8 score 1 Correct. VOIP can be used at home or work to allow telephony to be performed on a data network including the Internet. Thin client and computers can perform telephony by acting as a software phone. This can save on cabling, phone lines needed and calls using a carrier. " + "\r"; score = score + 1; } else { ResultsOut = ResultsOut + "Q8 score 0. Thin clients and computers can help perform this role. There is a whole topic on the technology on the Matthewb website under presentations. " + "\r"; score = score + 0; } document.myForm.cg.value = document.myForm.cg.value.toUpperCase(); temp1 = document.myForm.cg.value; if (temp1 == "CO GENERATION" | temp1 == "CO-GENERATION") { ResultsOut = ResultsOut + "Q9 score 1 Correct. CO GENERATION combines a grid feed electric generator and heater. When heat is needed the generator turns on and the exhaust heat performs the heating. Honda has a 3KW heater with a 1KW electric generator unit. Crown Casino Melbourne Australia save $360,000 per year using this process." + "\r"; score = score + 1; } else { ResultsOut = ResultsOut + "Q9 score 0. London is making this technology a pre-requisite for new high rise buildings. The UK borough of Woking now generates 80% of its own power using this technology. See Energy Efficiency eBook chapters on Matthewb website to find the answer. " + "\r"; score = score + 0; } document.myForm.electric.value = document.myForm.electric.value.toUpperCase(); temp1 = document.myForm.electric.value; if (temp1 == "ELECTRIC") { ResultsOut = ResultsOut + "Q10 score 1 Correct. Electric vehicles cost about one tenth to run compared to petrol vehicles. Electricity prices are more stable compared to oil. You can generate your own electricity. Look at Matthewb website vehicle calculators to find out how much you could save. " + "\r"; score = score + 1; } else { ResultsOut = ResultsOut + "Q10 score 0. Look at vehicle calculators to find the answer. " + "\r"; score = score + 0; } document.myForm.ResultsOut.value = ResultsOut; document.myForm.score.value = score; document.myForm.endresult.value = "Result " + score/10*100 + " %"; if (score >= 8) { document.myForm.theuser.disabled = false; document.myForm.GetCertificate.disabled = false; } } function getcertificate() { temp2 = "" forout = document.myForm.theuser.value; forout2 = forout.length; forout3 = Math.floor((40 - forout2)/2); for(temp1=0;temp1