FSP Enters Energy Storage Systems with EMERGY Series Portable Home Batteries

[btarunr]

FSP, the performance power specialist, announces a new line of Energy Storage System (ESS) products. The EMERGY 3000 Series comes in 2.6kWh (Li-ion) or 1.7kWh (Lithium Iron Phosphate) models and the EMERGY 1000 Series provides 900Wh (Li-Ion) of portable power. As a home battery, the fast-charging EMERGY series excels at solar power storage and emergency power delivery. With their portable suitcase design they also function well as a clean and noiseless power pack for camping, outdoor concerts and events, emergency response and more.

Home batteries not only provide backup power when power is lost, but let users save money on their energy bill. With fast charge times, the EMERGY series lets users store power at cheap off-peak rates to use during peak hours and save money on their energy bills. With built-in UPS circuitry, the EMERGY series also excels as a backup power source and clean alternative to a backup generator switching on automatically when the electricity goes out to keep refrigerators and appliances running smoothly until power is restored.



The EMERGY series batteries solve the supply and demand problem with solar power by saving power generated during daylight hours for use at night when sun goes down. The EMERGY series features built-in solar charging capability, fast charging design, and is compatible with standard and FSP solar panels. In about 2.5 hours, the 900Wh EMERGY 1000 Series charges enough solar power to run a 42" LCD TV for 4 hours, and the larger capacity EMERGY 3000 Series charges fully in just about 4.5 hours for 1.7kWh system on solar. EMERGY lets users save daylight energy for nighttime use.

With high energy density and a compact wheeled suitcase design, the EMERGY series is much more than a home battery. The 42×23×37cm EMERGY 1000 Series and 39×22×68cm EMERGY 3000 Series are compact and portable enough to take along and provide power for camping and outdoor events, emergency response, and remote power needs. High power efficiency means silent fanless operation. Easy to charge with standard AC power, they provide an Eco-friendly and quiet alternative to noisy gas powered generators.

Computex ESS Lineup
The EMERGY 3000 and 1000 Series will be demoed by FSP in a smart home installation at Computex 2015 in Taipei. FSP will also showcase its upcoming ION MATE Series for commercial and industrial markets. The ION MATE Series is a commercial energy storage system coming in 5.3kWh, 7.9kWh and 10.5kWh capacities. It is particularly noteworthy that 10kWh electricity of coming from Renewable Energy can supply daily use for a family. That means ION MATE Series is for Green Power, Intelligence House. With real time monitoring of cell status and active balancing to enhance system performance and service life the ION MATE Series is the perfect commercial ESS solution to satisfy solar self-consumption of emerging demands and will be available for purchase Q4 of 2015.

Pricing and Availability
The EMERGY 3000 Series comes in a 2.6kWh Lithium Ion(DP2615ADN/EZN) version retailing for $3,300 and 1.7kWh Lithium Iron Phosphate(DP1715JDF) version for $4500. The EMERGY 1000 Series comes with a 900Wh Li-Ion battery(PP0915ADN/EZN) and retails for $2,100. Optional accessories include 40×108cm portable 50W solar panels sold in sets of 3 for $630. Both EMERGY 3000 Series and EMERGY 1000 Series are available to order starting today.

View at TechPowerUp Main Site

 

[Steevo]

Already did the math on this, and 2.6Kwh isn't enough to offset shit, considering that it will only last 3-5 years if you completely discharge the batteries and 10 years at the most if you only discharge it to 50%, Edison Power charges 46 cents per KwH peak demand, and 11 off demand. https://www.sce.com/wps/portal/home...hnKmLOsJNn5CSQ!!/dl4/d5/L2dBISEvZ0FBIS9nQSEh/

http://eyeonhousing.org/wp-content/...verage-Monthly-Bill-Residential-Electric1.pdf

557KwH for say California, 50% may be during peak use so 9.28Kwh during peak use. But lets say its 6Kwh to split it up. So you will need 2 of these units to power you close to through the peak demand, $6,600 and that is if you use them to capacity, and they provide full charge until they die (they don't) and they last for best example 5 years. They cost, unpowered, $110 per month VS $82 for just buying the power..... hmm. But what if you can save money on cheap power? Well, since no conversion is completely lossless, we will factor 30% loss on charging, and then converting back, that is a very conservative figure too, most lose around 20% each direction, so buying power to charge them per day off peak makes them $135.20 per month... VS $82 for just buying the power.....


But WAIT!!! What if they last 10 years? Well you can only...hopefully....maybe discharge them to 50%, so you need 4 of them, and your fixed cost remains the same. Or what if you use solar? The cheapest solar, uninstalled will run you $1 a watt at the cord for a 12V (14.4 actual) charge controller. So how much then? Lets assume 8 hours of average sunlight a day to achieve full charge, so 6.9Kw / 8 = 862.5 Watts of power, or 900. So $900 more dollars uninstalled in solar for a 8 hour day. Plus the system at $6600, and installation. $125 per month actual cost before installation and buying peak power is $82


Tax credits, yes, use money you had to pay into taxes to make it viable, since that money doesn't count right? Wrong, if you have to pay, it still counts. So no matter the tax credit it still costs that much, its just now you get to subsidize power companies by buying cheap imported goods instead of just paying them for power.

 

[blackdenoir]

Better design and a better choice http://www.teslasolar.com/