Kilovolt Calculator

Kilovolt Calculator – KiloVault® is devoted to providing modern and inexpensive renewable energy solutions for residential and business purposes.

KiloVault® design, market, and sell energy storage and power conversion products primarily based on modern technologies, that reduce the cost of entry for homeowners, and help scale back the influence of humanity on the setting.

Kilovolt Calculator

KiloVault® has greater than 20 years of expertise designing renewable energy systems. Our founders and lead development engineers have distinctive insight into the wants of the residential power. This is simply their latest thought to help prospects retailer the sun, and save the planet.

Product Overview

Kilovolt Calculator – KiloVault® Solar Energy Storage products cowl a variety of purposes, including Flexible Energy Storage, Wall-Mount Energy Storage, and Portable Emergency Power.

1. KiloVault HLX Series

KiloVault HLX-Series Deep- Cycle Lithium Batteries provide a configurable approach to residential power storage needs. The HLX Series can be used individually or together for 12, 24, or 48-volt systems, with storage capacities starting from 150 Amp-hours to 1,200 Amp-hours.

KiloVault HLX Series Features:

• Flexible – Works in 12, 24, or 48V configurations
• Gives You More- You can use the full battery’s capability, discharging it 100%
• Long-life- Even after discharging it completely 2000 instances, 80% of the capacity stays.
• Maintenance Free – No watering required, or cleansing of hazardous chemical substances
• High Efficiency – Giving you as much as 12% more use-able stored vitality
• Smart Investment – Lower cost per watt-hour/cycle and a longer lifespan than lead batteries
• Safer – No thermal run-away issues as with different lithium technologies
• Heavy Duty -Takes up to 150A of continuous charging/discharging current, assembly the robust calls for of great inverters and chargers
• 7.5 Year Warranty

KiloVault HLX Series Product Specifications:

KiloVault 1800 HLX

KiloVault 1800 HLX 1800Wh 12V

Price: $1,045.00

The KiloVault™ HLX series of solar lithium batteries were specifically designed and tested for the beating that serious hybrid and off-grid inverters and solar charge controllers can throw at it. Compared to traditional deep cycle batteries, the HLX Series’ lithium battery technology will more efficiently store and deliver the renewable energy you have generated, with no maintenance on your part.

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2. KiloVault RES-Q

KiloVault RES-Q Portable Emergency Power Unit features a 1,200 Watt-Hour battery, charge controller, and inverter that can power a fridge and charge cell telephones. The KiloVault RES-Q is designed to be charged by photovoltaic panels, a backup generator, or standard 120 VAC energy, and will present as much as 1200Wh of emergency backup energy.

KiloVault RES-Q Features:

• 1500W Pure Sinewave Inverter
• 1200Wh KiloVault Lithium Battery
• 25A Solar Charge Controller
• Built-in AC Charger
• Liquid Crystal Display Status
• 2x 120V Outlets
• 1x 12V Cigarette Lighter Adapter
• Lead Acid Battery Expansion Port

KiloVault RES-Q Specifications:

KiloVault RESQ 1500

KiloVault 1800 HLX 1800Wh 12V

Price: $1,045.00

KiloVault’s RES-Q Kit 1500 is an all-in-one solar power system – that’s portable!. It was designed specifically to provide emergency backup power for your most critical household appliances and devices – such as lighting, fans, cellphone/tablet charging —and even your refrigerator!

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KiloVault HLX Tips And FAQ

Is it good to insulate the KiloVault battery?
It’s the identical with any kind of battery. Because batteries heat up when they charge, in the event you insulate the box they are in, it’s going to retain the warmth better and the batteries will stay hotter. But ensure that to take away the insulation within the hot months, as overheated batteries may have a shorter life.

What is the best working and storage temperature for the KiloVault? 
The optimal temperature range overall is 59 – 95°F (15 – 35°C).  Full working temperatures should be greater than 32°F (O°C) and less than 133°F (45°C). Charging the battery beneath 32°F (0°C) will doubtlessly injury it.

What are the really helpful charge controller/inverter settings?
We extremely advocate setting the Bulk/Absorb voltage to *14.0V* for a 12V system (*28.0V* for 24V system, *56.0V* for 48V), float voltage of 13.8V (27.6V for 24V, 55.2V for 48V). Higher settings will scale back the *life* of the batteries. For the inverter low voltage cut-off we strongly suggest 12.0V *or greater* (24.0V, for 24V systems, 48.0V for 48V methods). Limit the length of the absorb voltage period to 2 minutes if the charger is greater than 100A, in any other case set to five minutes.

Are there any concerns when wiring the batteries in parallel?
Yes – for the HLX collection batteries, the utmost configuration is 4 parallel strings of 4 series batteries (16).  In addition, when including another parallel row of batteries to an current one, you will need to preserve all parallel collection strings inside 0.2V of one another. Before including a new row of batteries to an present one, charge all batteries to 100% first.

For the CHLX series batteries, a most of 4 batteries can be used in collection or parallel, however NOT both.  The CHLX are programmed in order that when they are in parallel or series if one gets chilly enough to start out heating, all of the CHLX in series or parallel will begin heating.  This is to forestall widely different energy draws and states of charge in the battery financial institution when some are heating and cannot charge, whereas others are warm enough to charge.  As the communication between the CHLX happens by means of the facility cables, if connected this manner, this communication can’t happen.

Can I mix and match models or manufacturers?
No – this isn’t good follow with any battery financial institution.

Should I do an equalization charge on the batteries?
No- very similar to AGM batteries, an equalization charge might harm them by overcharging them.

Are the batteries shipped totally charged, or do I need to charge them?
No – shipping tips don’t allow deep cycle batteries to be fully charged throughout shipment.  **Before you place the batteries into operation they must ALL be charged to precisely the identical voltage (select a voltage between 14.0-14.4, V however be sure that they are *ALL* the same).  This will ensure you start with a good charge across the battery financial institution.  Suggested battery charger (cables not included with this charger but can be found – use merchandise code ALTCC-6AWG-60RB).  We do NOT counsel utilizing the Iota IQ-LIFE PO Smart Charger accent for use with KiloVault batteries as a result of the charge voltage is simply too high.

Can I do a relentless trickle charge on the batteries?
Storing the batteries with a relentless small trickle charge just isn’t advisable. Unlike lead-acid batteries, lithium iron phosphate batteries self-consume vitality at such a low rate (0.020 amps or about 6 Watt-hours/day), the battery can be simply over-charged if placed on a trickle charger. Over-charging the battery triggers the over-charge safety – shutting it down until the voltage goes down sufficient by itself. Once that occurs the trickle charger would quickly raise the voltage up too excessive as soon as again. As a result, the fixed cycling of this circuitry will shorten the lifetime of your complete battery.

Is it dangerous to overcharge or over-discharge the battery?
Yes, this may lower the life of the battery. It’s recommended to never discharge or charge the battery to the purpose the place it has to close down to protect itself.

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Customer Reviews

Kilovolt Calculator – I’ve been operating my new system with the KiloVault 3600 HLX for two weeks and it really works incredible. I’ve watched it put out 168 amps with no difficulty and only a couple tenths drop in voltage whereas doing it and then instantly returns to the conventional 13. 3 volts.

I have seen it charge in a short time at 68 amps from my photovoltaic array. The only problem I have had is that the BMS will put this battery on standby when my PV input matches the load on the battery… the complete system “pauses” inflicting the inverter to shut off, the charge controller goes to relaxation, or to alarm and the 12-volt system goes dead for a couple of seconds… Be advised the battery can go on standby…

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