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Solar Edge Store Edge Solar Hub - Rate Saver

Pre Engineered SolarEdge Solar Packages & Kits

Solar Edge Store Edge Solar Hub - Rate Saver

SolarEdge Store Edge Rate Saver

The SolarEdge Store Edge Rate Saver battery option is a way to save money on your electricity bill by using time-of-use (TOU) rates. TOU rates have different prices for electricity depending on the time of day. The Rate Saver battery will charge during off-peak hours when electricity is cheapest, and then discharge during peak hours when electricity is most expensive. This can save you a significant amount of money on your electricity bill.

The Rate Saver battery is compatible with SolarEdge's StorEdge DC-coupled battery storage system. The StorEdge system is a complete battery storage solution that includes the battery, the inverter, and the monitoring system.

To use the Rate Saver battery, you will need to have a TOU rate plan from your utility company. You will also need to have the SolarEdge StorEdge system installed. Once the system is installed, you can configure the Rate Saver battery in the SolarEdge monitoring platform.

The Rate Saver battery is a great way to save money on your electricity bill. If you have a TOU rate plan, the Rate Saver battery can help you take advantage of the lower off-peak rates and save money on your electricity bill.

SolarEdge Store Edge DIY Solar Kits by Blue Pacific Solar

Are you looking for a way to save money on your energy bills and help the environment? If so, a SolarEdge Store Edge DIY solar kit from Blue Pacific Solar is a great option.

Our DIY solar kits are easy to install and come with everything you need to get started, including solar panels, an inverter, optimizers, and mounting hardware. We also offer free technical support to help you through the installation process.

SolarEdge Store Edge inverters are the most advanced inverters on the market. They use a unique technology called Maximum Power Point Tracking (MPPT) to maximize the output of your solar panels. This means that you'll get more energy from your solar system, even on cloudy days.

Our DIY solar kits are perfect for homeowners who want to save money and take control of their energy future. With a SolarEdge Store Edge DIY solar kit from Blue Pacific Solar, you can start enjoying the benefits of solar power today.

Features of SolarEdge Store Edge DIY Solar Kits

  • Easy to install
  • Everything you need included
  • Free technical support
  • Advanced SolarEdge Store Edge inverters
  • Maximum Power Point Tracking (MPPT) technology
  • Increased energy output
  • Ideal for homeowners who want to save money and take control of their energy future

Benefits of SolarEdge Store Edge DIY Solar Kits

  • Save money on your energy bills
  • Help the environment
  • Increase the value of your home
  • Enjoy peace of mind knowing that you're generating your own clean energy

Contact Blue Pacific Solar Today

If you're interested in learning more about SolarEdge Store Edge DIY solar kits, contact Blue Pacific Solar today. We'll be happy to answer any questions you have and help you get started on your solar journey.

  Solar Edge, Solar Panel Kits Pre-Engineered Systems.

Hybrid Solar Wind Solar Kit
Hybrid Wind DIY Kits

Hybrid Wind DIY Solar Kits are a great way to harness the power of renewable energy sources and save money on your electricity bills. These kits combine the benefits of wind turbines and solar panels, allowing you to generate electricity from both the sun and the wind. You can install them yourself with some basic tools and skills, following the instructions provided in the kit. Hybrid Wind DIY Solar Kits are suitable for homes, cabins, and other off-grid applications.

EV Electric Vehicle Solar Kits
EV- Electric  Vehicle  Solar Kits

Electric vehicle solar kits are devices that allow you to charge your EV using solar energy. They consist of solar panels, batteries, inverters, and chargers that can be installed on your roof, garage, or carport. Electric vehicle solar kits can reduce your dependence on grid electricity and lower your carbon footprint. They can also save you money on fuel and electricity bills in the long run.

Battery Backup Solar System Kits
Battery Backup Solar Systems

Battery Backup Solar Systems are systems that store excess solar energy in batteries for later use when the grid is down or during peak demand times. They can provide backup power for essential loads and reduce electricity bills by shifting consumption to off-peak hours. Battery Backup Solar Systems are different from off-grid solar systems, which are completely independent from the grid and rely on batteries and generators for all their power needs.

Soar Roof or Ground Mounting Systems
Racking for Solar Panels

Racking for solar panels is a system that supports the panels on different surfaces, such as roofs or the ground. The racking system helps the panels get the best angle and stability to capture sunlight and produce electricity. There are various types of racking systems, depending on the roof type, the surface type. Some racking systems are attached to the roof's structure, while others are free-standing. Racking systems are important for the performance and safety of solar panels.

SolarEdge, StorEdge , On-Grid, Off-Grid-Tie, Hybrid and Battery Backup.

The Best Solar Panles
Solar Panels

Solar panels are devices that use photovoltaic cells to convert sunlight into electricity. They can reduce your dependence on the grid and lower your electricity bill. Solar panels are usually installed on roofs or ground mounts, and connected to an inverter that converts DC to AC power. Solar panels can last for 25 years or more and require little maintenance.

Solar Charge Controller  Battery Chargers
Charge Controllers

Charge controllers are solid-state electronic devices used in nearly every solar and wind energy system that uses batteries. A charge controller is often times used in off-grid solar systems with 12 volt to 48 volt battery banks to keep the voltage to the batteries within acceptable limits.

The best Solar Batteries

Solar batteries are devices that store the excess electricity produced by solar panels. They can be used to power your home when there is no sunlight, such as at night or during cloudy days. Solar batteries can also reduce your dependence on the grid and save you money on your energy bills. There are different types of solar batteries, such as lead-acid, lithium ion. Each type has its own advantages and disadvantages in terms of cost, capacity, efficiency and lifespan.

Solar Inverters
Solar Inverters

A solar inverter is a device that converts the direct current (DC) produced by solar panels into alternating current (AC) that can be used by appliances and devices in your home or business. Solar inverters are essential for making solar energy usable and compatible with the grid. There are different types of solar inverters, such as string inverters, microinverters and power optimizers.

Related Items; Racks, Solar Batteries & Electrical Distribution for Solar Kits Total Cost

Solar FAQ
Solar FAQ

Solar FAQ Solar FAQ stands for solar frequently asked questions. It is a term used to describe a list of common questions and answers about solar energy, such as how it works, how much it costs, what are the benefits, and how to install it. Solar FAQ can help potential solar customers learn more about this renewable energy source and decide if it is right for them.

Learn More about Solar
Learn about Solar

Solar energy is the power that comes from the sun. It is clean, renewable and abundant. You can learn more about solar by exploring how it works, what benefits it has and how you can use it in your daily life. Solar energy is a fascinating and important topic that can help us reduce our dependence on fossil fuels and combat climate change.

Shop Solar Parts and Equipment
Solar Parts & Equipment

Solar parts and equipment are the components that make up a solar power system. They include solar panels, inverters, charge controllers, batteries, wiring and more. Solar panels convert sunlight into direct current (DC) electricity. Inverters convert DC electricity into alternating current (AC) electricity that can be used by appliances or fed into the grid. Charge controllers regulate the voltage and current from the solar panels to the batteries. Wiring connects the different parts of the system.

Solar Plans and Permiting
Solar Plans & Permits

A solar plan is a document that shows how a solar photovoltaic system will be installed on a property. It includes information such as the location, size, orientation, wiring, components and specifications of the system. A solar plan is usually required by the local building department and/or utility company before they approve a solar installation. A solar plan ensures that the system meets the safety and performance standards of the electrical and building codes.

Grid-Tie, Off-grid, DIY Solar Backup Power - Self-Consumption Installation Packages and Kits 

Home Systems - Pre-Engineered DIY Thin Film Solar Panels Kits & Systems - On-Grid or Off Grid -  Hybrid - Wind

The do-it-yourself (DIY) craze is hardly crazy when considering the mind-boggling cost savings resulting from this trend nationwide. Many people wouldn't call it a trend at all, merely a return to the practical know-how of yesteryear when people had to do it themselves and took great pride in their handiwork! Yet few DIY projects are as cost-saving and investment-rich as installing a residential solar system.

The era of solar energy, and types of solar systms, as many would say, is upon us. From excellent new solar products like AC coupled backup systems and high efficient microinverters to banks of solar panels that provide electricity to run our homes and, eventually, even our cities, the solar revolution may well have begun in earnest. Yet too most people, how solar works is a mystery. How do these panels convert sunlight into energy that homeowners can use to power their appliances and their homes, a practice that ultimately protects the environment and leads to cheaper utility bills and economic freedom?

Photon to Electron

So how does a seemingly simple-looking panel harness sunlight and transform it into electricity? Solar panels contain photovoltaic cells. These cells are where the conversion from light to electricity takes place. The cells are made of silicon or a similar single-cell semi-conducting material. As light enters the cells, the semi-conductor pulls the energy in the form of electrons from it and allows them to flow through the material. In essence, this flow is a current. While the light absorption into the cell is enough to free electrons, the cells also contain an electric field that can steer the electrons where they need to go. The current is sent to the bottom of the panel, where it can then be collected and drawn for use externally.

Atomically Speaking

Most people don't think about particles, but light hits the PV (photovoltaic) cells as photons. As each photon hits the PV cell, it gives up an electron. While this is putting it somewhat simplistically, this is, indeed, the moment of conversion. The freed electron is absorbed by the silicon, where it flows with other electrons into current; hence, electricity is born. Some scientists would say that the tricky natural part is enhancing the cell with an electrical field to get all these electrons in line to flow as a current in the required direction: enter silicon.

The Role of the Semiconductor

Silicon is used as the solar cell's semiconductor. Yet it must do more than absorb photons; it has to employ an electrical field and get its current moving along. Moreover, it must be fashioned with impurities because pure silicon will not do the job alone. Phosphorous and boron are added in a process referred to as "doping," and together, these elements in their atomic interaction create the electrical field needed to move the electrons in the prescribed current they need to flow.

From Panel to Refrigerator

After the photons are transformed into electricity, the panels direct this energy to power the home. Some homes, those independent of the utility grid, must rely on battery storage to store energy, yet they may also have to rely on backup generators when there is too much demand on the size of the system. Many people use solar in tandem with the utility companies to have a convenient backup during fluctuating periods of energy. This net metering partnership is a bit involved, but it has also been evolving to become more effective as more and more people choose solar to provide the bulk of electricity to power their homes. Most solar photovoltaics panels have a 25 year warantee and solar panel efficiency close to 20.

Solar Panels

Solar home system panels are essential for a solar power for your home system. What you will probably need is known as a solar array. That is because each panel generates a small amount of electricity. The number of panels included in your solar array depends on how much power you need to generate. PV photovoltaic modules, often called solar panels, convert light energy into a direct electrical current (DC). As solid-state devices, solar panels have no moving parts and are more reliable and durable than any other generator electronic technology. While solar panels have become somewhat commoditized in recent years, there are essential differences in form, quality, and performance that impact installation time and long-term system performance. Our web pages present a selection of high-quality polycrystalline and monocrystalline solar panels with various features and cheap price points to suit virtually any homeowner's project.

Solar panels come in two types; monocrystalline and polycrystalline. Home power solar system or cabin owners want their solar installation to be a grid-tied, off-grid, or emergency solar backup; each of those systems starts with a solar panel selection. Monocrystalline solar panels are generally higher efficiency, but they tend to derate faster in hotter conditions. Polycrystalline is considered a better choice for warmer climates, but the truth is that either panel type is so similar the differences are relatively not worth comparing.

What is the Best Solar Panel to Choose? The solar panels' output power, voltage, and current profile will dictate the number of panels needed and what inverters or charge controllers will be used. Small off-grid home or cabin kits often require 12 VDC output panels to charge batteries and/or operate DC loads directly. Larger solar panels with output voltages ranging from 24 to 50 VDC are more commonly used in grid-tie home systems requiring a high DC voltage to operate the inverter. Suppose you have the roof or ground space with limited shading issues on your property. In that case, the larger solar panels may provide a better investment since the cost per watt is cheaper than smaller PV (Photovoltaic) panels.

Connect to the Grid or Not, or Both; That is the Question

PV (photovoltaic) systems are either off-grid or grid-tied. In off-grid systems, the energy produced by the solar panels must match the daily demand of the home or cabin, and the power is stored in solar batteries. With grid-tie solar systems, the local utility company functions essentially as the battery bank during the night. Most solar systems are grid-tied in America, with all of the excess electricity generated being fed back to the utility grid, hence the term NET metering.


When you hear the term off-grid, which is synonymous with stand-alone systems, you may generate a picture in your mind of rustic pioneer-type living in a cabin with few modern conveniences. You can power nearly all appliances with a properly configured off-grid system. You start with a daily energy budget and match the right components to meet your power demands. Check out our off-grid living page for some great information to help you plan the right system for you.

Solar panel mechanical characteristics such as dimensions, frame profile, and static load rating, as well as grounding and mounting locations, will need to be understood when designing your home solar grid-tied or off-grid system. Frame and back sheet color may also play for residential DIY customers. Black frame solar panels are trendy because the aesthetics of the panel blend very well with many roof applications.

Solar Mounting Structures, Racks, and Trackers

Solar mounts and solar trackers are nearly as important as the panels themselves. Solar mounts provide the stability your panels require to remain in place, and solar trackers allow you to orient your panels automatically to take maximum advantage of the sun's rays. The IronRidge, SnapNrack, and UniRack roof and ground mount module racking are developed by teams of engineers working with installers in the field to ensure quick, efficient installation.

Outback, Magnum Energy, Enphase and SMA; AC Pure Sine Wave Power Inverters

The electrical current generated by your solar array will be direct current or DC electricity, and most electrical appliances run on alternating current or AC electricity. A power inverter converts the DC power of your solar array into AC power that your devices can use. DC electricity travels in only one direction, but AC electricity alternates back and forth. Without a power inverter, you will be forced to rewire your home and purchase DC-powered appliances over lower-cost mass-produced appliances made for the conventional home power source.
DC-powered appliances will not be available in some cases, and you will have to do without specific devices. If you intend to be off-grid, you should consider propane to power things like stoves and refrigerators. Heat with a pellet or wood-burning stove but make sure they are highly efficient modules that use less fuel.

Deep Cycle Batteries, Battery Monitor, and Solar Charge Controllers

Without a deep cycle battery system, you will be unable to store the electricity that your solar power system for home unit generates, and this means that you will only have power when the sun is shining. Deep cycle batteries are designed to be charged and discharged frequently with a high-demand system like a solar power system. The battery monitor provides a visual gauge of your solar power system's electricity generated and stored. In contrast, the solar charge controller manages the process of charging your deep cycle batteries, making sure they receive just the right amount of power but are controlled and regulated throughout the day. The Tesla Powerwall - Cloudy Days types of solar panel systems home solar power systems

Battery Cables, PV AWG Wire / MC4 Connectors, Combiner Boxes, AC Disconnects; Electrical Distribution Balance-of-System Accessories.

These small items are minor but essential for making your solar panel kit work. You will need, among other things a solar combiner box, AC breaker panel, DC Breaker box, DC breakers, battery cables, remote temperature sensor, AC and DC wire, and solar power cables. Cables and connectors on the solar panels we carry above 80 watts are generally manufactured with PV wire into the panel junction box listed to UL 1703. This can save time during installation. The modules with MC4 cable connectors are fully waterproof when connected, touch protected, and designed for up to 600 volts DC and 30 Amps. It is essential to remember that PV cables cannot be safely disconnected under load. Our grid-tied and off-grid output cables are made with UV-resistant wire Listed to UL 854. You may also wish to add other solar accessories. Blue Pacific Solar® also carries a variety of cable adapters that enable the use of optimizers or microinverters that may not be available with the same connector type as the module chosen for the job.

Home Emergency Backup Generator

If you are worried about utility blackouts, look at Blue Pacific Solar®'s off-grid power and pre-wired, pre-engineered power center equipment. A backup solar generator can provide you with peace of mind during utility power outages, blackouts, or other weather-related emergencies. When the utility-provided power goes down with a grid-tie system, your best off-grid solar power system is nonfunctional; you will be literally in the dark without a backup generator or battery bank to essential power loads. Your solar backup generator will automatically switch over to your battery bank so that it takes over immediately in the event of a blackout when the grid solar system goes down.

AC Coupled Battery Backup Systems

Until recently, there were few options available to a homeowner with grid-tied systems to utilize the energy from their solar panels when there is a utility blackout. On our solar backup page, we offer several stand-alone AC coupled emergency backup kits that use your existing solar system with our AC coupled system to provide power to your home in the event the utility goes down. The AC coupled system will take the energy from your solar panels and use it to charge a battery bank that will power your essential loads. Additionally, SMA Sunny Boy 3000TL-US / 4000TL-US / 5000TL-US is a new innovative design and the next step in performance for UL-certified inverters. A unique feature provides daytime power from your solar panels even in a grid outage, without the need for batteries.

DIY (Do-it-yourself) off-grid / grid-tie solar panel kits and pre-wired home backup power packages. Solar can recharge your life while creating jobs in a new economy. Everyday Blue Pacific Solar® Technical Sales Consultants are hard at work engineering new ways to help homeowners everywhere; see what the sun's free energy can do for their life.

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DIY Solar Electricity Packages & Kits

Do-it-Yourself & Save. If you want to reduce your electricity bills and help the environment, you might consider installing solar panels on your roof. Solar panels can generate clean and renewable energy from the sun, and you can do it yourself with some basic tools and skills. Here are some steps to follow if you want to DIY solar and save money: 1. Determine how much energy you need and how much space you have for the panels. 2. Choose the type and size of solar panels that suit your needs and budget. 3. Buy the necessary components, such as inverters, batteries, wiring, mounting brackets, etc. 4. Install the panels on your roof according to the instructions and safety precautions. 5. Connect the panels to the inverter and the battery, and then to your home's electrical system. 6. Enjoy your free and green electricity and still receive the federal tax credits and local incentives.

Solar Features and Benefits

Solar energy is a renewable and sustainable alternative to fossil fuels that can provide many benefits for homeowners and the environment. Solar energy is captured by solar panels and converted into electricity that can power homes or businesses. Some of the features and benefits of solar energy are: - Lower electric bills: Solar panels can reduce or eliminate your dependence on grid electricity and save you money on your energy costs. - Lower carbon footprint: Solar panels do not emit greenhouse gases or deplete natural resources, unlike fossil fuels. By going solar, you can reduce your impact on climate change and air pollution. - Higher home value: Solar panels can increase the value of your home by making it more attractive to potential buyers who want to save on energy bills and support clean energy. - Water conservation: Solar panels do not require water to generate electricity, unlike some conventional power plants that use water for cooling or steam. By going solar, you can conserve water and protect water resources. - Net metering: Solar panels can generate more electricity than you need during the day, and you can sell the excess power back to the grid for credits or cash. This way, you can offset your electricity usage at night or during cloudy days and lower your electric bills even more.

  • Efficient DIY  Solar Panels Kit
  • Type of Solar Panels for Sale
  • Net Metering Panel Kit
  • Federal Solar Tax Credits
  • Solar Battery Systems
  • Solar Panel Systems
  • Buy Solar Panels
  • Solar Engergy Panels
  • Lower Your Electiic Bill 
  • Clean Energy System
  • Powerpack Solar Panel Cost
  • Home Kits, Off-grid Systems
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  • Utility Panel Rebates
  • Best Monocrystalline Panel
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