Net-metering & Autonomous 10kw with battery (2 IN 1) Hybrid Set On/Off Grid 10kW with 24 PV panels 410W + 10kw battery SKU: 100173

Net-metering & Autonomous 10kw with battery Hybrid Set On/Off Grid 10kW with 24 PV panels 410W + battery 10kw SKU: 100173

They produce in the summer in southern areas 20-25kw daily and about half or 1/3 in Winter) 6.000 - 8.000 kw  averaged per year in Southern regions.

Net-metering & Autonomous 10kw with battery – Consists of

24 PV panels 410 watts / Mono half cells SKU: 11550 x 2 sets V-TAC

Three Phase Hybrid On/Off-Grid Inverter 10KW with LCD Display IP65 V-TAC SKU: 11542 V-TAC

LiFePO4 Rack 9.6KWh 48V 200Ah Lithium Battery for Solar Inverter SKU: 11523 V-TAC

Feature analysis

24 pcs. PV panel 410 watts / Mono half cells SKU: 11550

410-watt-photovoltaic-panel-v-tac-sku-11517

Three Phase Hybrid On/Off-Grid Inverter 10KW with LCD Display IP65 V-TAC SKU: 11542 V-TAC

DATA DC PV STRING Max. DC input power (W) 13000 Nominal PV input voltage (V) 550V(160V～800V） Starting Voltage (V) 160V MPPT Voltage Range (V) 200V-650V Full Load DC Voltage Range (V) 350V-650V PV input current (A) 26 + 13 Maximum. PV ISC (A) 34 + 17 No. of MPP Trackers 2 No. of strings per MPP Tracker 2 + 1

AC DATA Rated AC Output and UPS Power (W) 10000 Max. AC output power (W) 11000 AC output Rated current (A) 15.2/14.5 Max. AC current (A) 22,7/21,7 Max. Continuous AC pass (A) 40A Peak power (off grid) 2 times nominal power, 10s 10 S power factor 0,8 leading to a lag of 0,8 Network Type: Three phase DC injection current (mA) THD<3% (Line Load<1,5%) Output Frequency and voltage 50/60Hz; 3L/N/PE 220/380, 230/400Vac (Three Phase)

Hybrid Inverter on / Off grid AUTONOMOUS / NET METERING inverter-on-off-grid-10kw-v-tac-trifasiko-sku-11542

general elementsRange operating temperature (°C) -40~60°C, >45°C  Cooling down Physics Cooling noise (dB)  Communication with BMS RS485 CAN Degree of protection IP65 Installation type Wall-mounted

BATTERY INPUT DETAILS Battery type Lead-acid or Lilon battery Battery Voltage Range (V) 40 ~ 60 Max. Charging current (A) 210 Max. Discharge Current (A) 210 External temperature sensor Yes Charging curve 3 stages / balancing Charging strategy for Li-ion batteries: Self-adjustment in BMS

 

PROTECTION IS INCLUDED 

Photovoltaic input lightning protection,

Islanding Protection,

PV string input reverse polarity protection,

Insulation resistance detection,

Residual Current Monitoring Unit,

Output over current protection,

Output short circuit protection,

Surge protection

Output over voltage protection DC Type II/AC Type III

CERTIFICATIONS AND STANDARDS

Regulation

VDE4105, IEC61727/62116, VDE0126, AS4777.2, CEI 0 21, EN50549-1, G98, G99, C10-11, UNE217002, NBR16149/NBR16150

Safety EMC / Standard

IEC/EN 61000-6-1/2/3/4, IEC/EN 62109-1, IEC/EN 62109-2

LiFePO4 Rack 9.6KWh 48V 200Ah Lithium Battery for Solar Inverter 11523 V-TAC

LiFePO4 Rack 9.6KWh 48V 200Ah Lithium Battery for Solar Inverter 11523 V-TAC

• Rated voltage: 48V
• Usable energy: 9.6KWh
• Dimensions: 445x244x500mm
• Degree of Waterproofing: IP20
• Warranty: 5 years
• Rated capacity: [email protected], 25°C
• Rated voltage: 48.0V
• Rated charging voltage: 54.0V
• Maximum continuous charge current: 100A@25°C
• Discharge Cutoff Voltage: 40.5V
• Maximum continuous discharge current: 100A@25°C
• Temperature charging range: 0°C- 60°C
• Discharge Temperature Range: -20°C- 60v
• Permissible humidity range y: X95% RH

Net-metering & Autonomous 10kw with battery How Net-Metering can maximize your solar investment: Exploring the benefits of a 10 kw battery system

Ready to unlock the true potential of your solar investment? Imagine harnessing the power of the sun, generating clean energy for your home, and even getting paid for it. Does it sound too good to be true? Well, not anymore! In this blog post, we will delve into the incredible benefits of a 10kw battery system combined with net-metering. Get ready to discover how this dynamic duo can revolutionize your solar journey, maximizing your savings and making Mother Nature proud. So sit back, relax and let's dive into a world where green energy meets financial bliss!

Net-metering & Autonomous 10kw with battery

Introduction to Net-Metering and 10kw Battery System

Net-metering is a popular system that allows owners of solar energy systems to receive credits for the excess electricity produced by their panels. These credits can then be used to offset the cost of any electricity consumed by the grid when solar output is low. This means that net-metering offers a significant financial benefit, making it an attractive option for those looking to invest in solar energy.

However, with the advancement of technology, there is a new addition to this system that can further enhance its benefits – the 10 kw battery system. In this section, we'll delve into what net-metering is and how it works, as well as explore the benefits of combining it with a 10kw battery system.

What is Net-Metering?

Net-metering is a billing agreement between home or business owners with solar panels and their utility company. Under this agreement, any excess electricity generated by the solar panels during peak hours (when sunlight is strongest) is sent back to the grid in exchange for credits to their utility bill.

When there isn't enough sunlight to power your home or business during off-peak hours (usually at night), you can use these credits to offset some or all of your electricity consumption from the grid. Essentially, net-metering allows you to store your excess energy on the grid and draw from it when needed.

Net-metering & Autonomous 10kw with battery How does Net-Metering work?

The net-metering process involves two meters – one measures how much electricity you have

Understanding Net-Metering: What is it and how does it work?

Net-metering is a system that allows owners of solar energy systems to sell excess electricity back to the grid. It is a critical component of the renewable energy market and has gained popularity in recent years due to its numerous benefits for both individual homeowners and utilities.

So what exactly is the net-metering? Simply put, it refers to the process of measuring the difference between the amount of electricity your solar panels produce and the amount you consume from the grid. This difference is then credited or charged to your monthly utility bill, depending on whether you have excess energy or need to draw from the grid.

Net-metering & Autonomous 10kw with battery To better understand how net-metering works, let's break down the basics:

1. Solar panels: Net-metering is based on solar panels as they are responsible for generating electricity from sunlight. These panels are usually installed on rooftops or open spaces with maximum exposure to sunlight.

2. Bi-directional meter: A bi-directional meter is a special type of electric meter that monitors both the incoming and outgoing flow of electricity. It records how much electricity your home uses and how much excess energy is sent back to the grid.

3. Grid connection: To participate in net-metering, your solar system must be connected to the main power grid. This connection allows two-way communication between your home solar system and the utility company.

4. Net-Metering Agreement: Before you enable net-metering, you must sign a contract with the utility company known as net-metering

Net-metering & Autonomous 10kw with battery Net-Metering benefits for solar energy investments

1. Reduced electricity bills: One of the major benefits of net-metering for solar energy investments is the ability to significantly reduce electricity bills. Net-metering allows you to generate your own electricity through solar panels and then send the excess energy back to the grid, which can result in a credit on your next utility bill. This essentially means that you only pay for the difference between what you consume from the grid and what you produce with your solar system.

2. Return on Investment (ROI): Net-metering can also lead to a faster ROI for your solar system. As mentioned earlier, sending excess energy back to the grid earns credits that can be used for future utility bills. This not only lowers your monthly expenses, but also helps you recoup the cost of installing a solar system much faster. In fact, some homeowners have reported seeing a positive return on investment (ROI) within just a few years of installing their solar panels.

3. Increased energy independence: Investing in net-metering and generating your own electricity