COYLE GENERATORS RUN 24/7 AND LAST FOR DECADES.
Our Generators provide reliable power that is produced at a much lower cost basis when compared to the fully burdened fuel cost of a diesel generator. Our generators are high power with low maintenance. Our power is consistent and continuous without the noise, mess or exhaust.
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POWERFUL PHOTOVOLTAIC GENERATION
The CSPP has an integrated 4300 watt PV array mounted on a dual axis tracking system, each CSPP has 4 synchronized MPPT auxiliary inputs and UL3741 certified inverters injecting up to an additional combined 20.6 kW of PV power for your use.
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POWERFUL AC DISTRIBUTION AND EXPANDABLE MODULAR DESIGN
Each Coyle Solar Power Plant Delivers 22kVA / 44kVA – 240VAC/60Hz Equivalent to a 100 Amp service — and a 200 amp surge capacity!
Synchronize Up to 4 CSPP Units Delivering 88kVA / 176kVA and provide enough power for commercial businesses, large construction operations, EV charging stations, or multiple homes.
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DISPATCHABLE POWER DURABLE ENERGY STORAGE
Each CSPP Delivers 40kWh dispatchable power with industry leading durability and an 8000 cycle warranty. The CSPP power plant is as reliable and dependable as the sunrise. Best in class LFP cells, best in class BMS, and best in class BESS manufacturer, the CSPP 800 Ah 51.2 VDC BESS is state of the art with continuous sense and report of battery activity covering all aspects of performance providing real time load and generation analysis, and precise forecasting for aggregated arbitrage power sales.
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OPTIMIZED POWER RESILIENCY DENSITY
Each Coyle Solar CSPP DATA generates 32.25 kWh on an average 7.5 sun hour day under standard test conditions. The CSPP power delivery to PV generation to BESS capacity ratio provides 70% — 100% resiliency factor for a “whole year averaged forecast for a household with a 25 kWh daily load” located in Wilmington, NC. The CSPP is the ideal power plant packet size for the mid size American single family home.
STOWS & TRANSPORTS AS METAL CUBE
316 stainless steel ‘Tamper Resistant Fasteners’ secure double wall sturdy aluminum panels providing robust protection during transport or storage. When Stowed for transport the ‘cube’ entirely encloses and protects all components and the CSPP remains fully commissioned, with continuous telemetry and GPS location reporting.
Designed to safely and securely stow for long term storage, internet connected sense and report with real-time monitoring allowing for timely alerts to low state of charge condition, and predictive scheduling of a maintenance recharge every 6 – 12 months.
DEPLOY THE CSPP WITH A SIMPLE PALLET JACK
A ‘Pallet Jack’ and crew of 2 people is all you need to deploy almost anywhere. Purchasing the deployment equipment package, with off road electric pallet jack and HDPE ground protection mats allows you to easily move the CSPP into position on rough terrain like gravel parking lots and undisturbed soil locations like lawns or grass fields.
STATE OF THE ART DESIGN ALLOWS FOR EASY TRANSPORT
Move 16 Units per 40’ Shipping Container, including the Deployment Equipment Package and Spare Parts Package, and power up 16 different homes or service locations — all from one shipment. The 50” by 40” footprint fits into pickup trucks and small utility trailers solving the ‘final mile dilemma’ &, making logistics officers weep for joy!
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MAST
CROWN
BATTERIES
INVERTERS
POWER POST
SPIDER LEGS
REPLACES "WHOLE HOUSE" GENERATORS 100% PRIME POWER BETTER THAN STANDBY/EMERGENCY
The CSPP replaces the ‘whole house backup generator — but unlike standby power the Coyle solution eliminates your utility bill and enables “Self Consumption of Solar Power” giving the ‘Fastest ROI’ option for residential solar on the market — does your Generac do that?
The Coyle solution reduces or completely eliminates your existing electric utility bill — something your Generac cannot do!
CSPP POWER GENERATION COMPARED TO DIESEL GENERATOR & FUEL BURDEN FOR CONSTRUCTION SITE
With acquisition cost comparable to a dirty diesel generator, the Coyle solution beats diesel on purchase price with 4-6 months of fully burdened fuel cost. Exploring rental options for construction site power? Considering a ‘Single Wide Modular Home Construction Office Use Case Scenario’, the CSPP has an ROI in under 1 Year compared to typical diesel generator rental with fuel service charges.
Unlike the diesel generator rental with fuel service cost passed onto your customer — the Coyle solution lets you keep that budget item as retained earnings or profits. Unlike generators with downtime for refueling, repairs and constant maintenance, the CSPP provides power 24/7 — 365 days a year.
REMOTE SYSTEM MONITORING & CONTROL
The CSPP is fully commissioned, providing not only immediate power, but also fully registered and reporting with constant telemetry. Access usage data and exercise remote control anytime from anywhere, continuously reports data for Renewable Energy Credits (REC’s) creating additional steady revenue year after year.
INTEGRATES WITH LEGACY PV SYSTEMS
The CSPP has a powerful integrated PV array, and it also accepts auxiliary power. You can connect up to 4 more arrays with a combined power of 20,600 Watts. You can also connect your existing rooftop solar or your ground mount array to the CSPP.
GRID INTERCONNECTIONS
Connect the CSPP to the grid and sell power, join the Coyle Solar VPP and arbitrage your BESS for dynamic revenue streams or operate behind the meter to reduce your utility bill with 100% self consumption.
SYNERGIZES WITH EXISTING ICE-GENSET EQUIPMENT
Integrate your existing generator solution into a CSPP multi-layer microgrid to unlock numerous synergies & cost savings allowing you to create new revenue streams in the REC market and emerging VPP power arbitrage market.
4300 WATT DUAL AXIS TRACKING PV ARRAY
4.3Kw(DATA) 10 – 430W Ultra Robust ETFE PV Modules with ‘Premium Maxeon Mono Crystalline Cells’, these modules are powerful, incredibly thin and flexible, with the highest impact/hail resistance available on the market.
'RIGHT TO REPAIR' BUILT IN
The CSPP is Designed to be ‘Field Serviceable’, with real time monitoring and Coyle Solar direct in house Technical Support 24 hours a day. This means we are working with you just like the CSPP, and we are with you all the way! With spare parts packages included in every container load of CSPP the supply chain is not a problem and getting you powered back up only takes one phone call.
MULTI LAYERED WIND PROTECTION
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Dual Axis Tracking Array with high weight low center of gravity. This design is self ballasting, with exceptionally high wind resistance.
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DATA sense and control deploys to a flat position when high wind is detected.
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PV array design is wind spilling, flexible modules are attached with specific cantilever creating self feathering leading edge. This spoils the wing form and lifting force of the array.
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PV modules are glass and aluminum framed EFTE free ultra robust modules that are rugged, flexible, and with the highest hail tolerance factor available.
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PV modules fastened with “break away” fasteners that release under extreme force allowing modules to breakaway before catastrophic tip over event.
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The PV array can be stowed into protective cube form by 2 people in less than an hour well ahead of predicted storms, or ready to be moved to a protected location for imminent catastrophic dangers like wildfire or flooding.
DISPATCHABLE POWER — DELIVERABLE POWER PLANTS
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Coyle Solar Power Plants are transported, stored and delivered fully commissioned and can be deployed by 2 people in less than an hour with no special tools or knowledge.
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The power plants feature 4 AC power inlet circuits: daisy chain CSPP with other CSPP’s, the grid, and ICE Gensets providing 3 layer power redundancy and resilience.
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The power plants feature 4 auxiliary PV power inlet circuits accepting an additional 21.4 kW of power from existing PV assets — leverage your existing arrays with boundless synergies.
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Each Power Plant features a SynchronizationPort allowing up to 4 CSPP units to be synchronized to deliver 88 kVA of continuous AC power.
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KEY COMPONENTS & SPECIFICATIONS
A 4 — Aluminum panels convert from cube walls to PV array frame
B 4 — Corner Posts convert to “spider“ Stabilizer Legs when deployed
C 1 — Power Post with inlets, outlets, synchronization connection
D 2 — 2 units of 11 kVA 240 VAC 60 Hz US hybrid inverter
E 2 — 2 units of 400 Ah- 51.2 LFP BESS/40 kWh
F 10 — Solar panels — 430 W ultra rugged and flexible PV modules
CONSTANT INNOVATION
Two decades of research, innovation, and advancing the state of the art in solar energy. Our mission for the past 20 years has been to replace expensive, dirty and loud fossil fuel generators with cheap, clean and quiet renewable energy. Our strategy is constant innovation.
WARRANTY & GUARANTEE
At Coyle we are with you for the long haul. Our 3 year total warranty covers any manufacturing defects or component failures with best in class inverters, 11 year battery warranty, and 15 year power output warranty on the solar panels means that if something should go wrong — we’ve got you covered.
CONTACT US
Don’t do diesel or settle for less. With a Coyle Generator, you’ll be free from fuel dependency and ever increasing costs, while having the power to manage usage and maximize efficiency 24 hours a day from anywhere in the world.
SUPPORT
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CONTACT US
You can call or send detailed images or requests at 910 465 9139 or support@coylesolar.com
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GET THE MOST OUT OF YOUR EQUIPMENT
Coyle Solar is here to support your power production! Let us help you configure the perfect microgrid for your location with your existing power generation assets or using our recommendations and equipment packages.
Coyle Solar designs are born from the real world experiences and applications of our founders — let our experts help you be more powerful!
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PRODUCT REGISTRATION & ACTIVATION
Every CSPP is fully commissioned, GPS enabled with full remote sense and report activated making the product registration as simple as accepting delivery of the power plant.
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REQUEST SUPPORT
Upon request Coyle Solar will be monitoring your power plant continuously, helping in real time as we assist you with load analysis, troubleshooting, and solutions engineering. We will help you connect the CSPP safely and correctly to any load or generating source. We can also help you find the professionals you need to make any permanent interconnection behind the meter or feeding the grid with clean renewable energy.
Even more than that, join the Coyle Solar Virtual Power Plant Program and receive dynamic and exceptional revenue from arbitrage sales of power delivered from your CSPP integrated BESS.
FAQ
How will I manage my CSPP power plant if I don't know anything about solar power or electricity?
With the CSPP you will have real time information from your power plant available online 24 hours a day. Coyle Solar will be with you every day all day — 24 hour support and troubleshooting, power system use and forecast analysis, behind the meter ROI strategies, and even Virtual Power Plant Arbitrage sales options. Coyle Solar will help you make sense of your power consumption and turn insight into action.
Is the CSPP safe to power my home?
Yes, the CSPP can be connected safely to any power system — in fact the CSPP is safer than all the other solutions out there. The CSPP actually adds multiple layers of over current protection, uses no explosive or flammable fuels like a Generac style backup system. Fire and explosion safe LFP BESS chemistry, as well as being located outside of your home, the CSPP is on the ground — not on your roof — so maintenance and inspection is as safe as walking in your own backyard.
How long does it take to deploy the array?
It takes two people about an hour to deploy the PV array — which consists of taking the CSPP ‘Transport Cube’ walls down, and inserting them into the crown assembly and transforming from wall into the PV array substrate , securing in place with the cam locking fasteners, placing the PV modules from inside the cube onto the array substrate and securing with the breakaway fasteners, and then finally interconnecting the PV module MC4 power cable connectors. It requires no electrical knowledge and no special tooling.
What kind of area do I need for a CSPP?
First and foremost: you need a full sun area — without full sun the CSPP will be limited in its effectiveness and capability. Secondly, the CSPP requires 18’ x 26’ of clear ground space — the PV array moves throughout the day and night as the CSPP tracks the sun continuously, returns to flat position during high wind events, or prepositions for the next morning.
Will the CSPP power my whole house?
Yes, a single unit of the CSPP will power your whole house, with more than 20 kVA of continuous power output, and surge capacity of 44 kVA the CSPP can replace a typical 100 Amp utility service. With the CSPP energy storage and power generation capability, a single CSPP has a ‘resiliency factor’ of 85%-100% when powering the typical 25 kWh daily household electrical load. That is a fancy way of saying you won’t need the Grid for a typical American family home.
How long will a CSPP last?
All of the materials and hardware used in the CSPP are robust, durable and designed to last for decades of exterior use in all weather scenarios. The power components are all premium quality with industry leading warranties, for example: The BESS system is warrantied for 8000 cycles/11 years, but the battery will function for decades. The warranty covers power capability degradation, meaning the battery will still function with 80% of its original capacity after 8000 cycles — but in the real world these batteries are lasting longer than anyone forecast — and so will your CSPP!
What happens if a component does break down?
Coyle Solar designs, manufactures, and delivers Every CSPP shipment complemented with spare parts packages, meaning OEM replacement parts are directly available and in the country — wherever you are. We partner with you — our customers! With Coyle Solar customer service we provide 24 hour assistance, including getting your replacement parts on the way immediately.
What is the maintenance required for a CSPP?
The PV modules must be cleaned regularly, generally once a month minimum to ensure timely removal of any fouling from animals and any dust grime accumulation. Washing the modules with warm water and gentle brush takes about 30-45 minutes, because the CSPP is low to the ground and easy to maintain! In addition to cleaning the modules, a General Mechanical Inspection for loose or damaged parts should be performed every 6 months. The area below and around the CSPP PV array must be continuously maintained to be kept clear of obstructions and high vegetation. All electrical functions concerning power generation, energy storage, power distribution, are autonomous and the CSPP is factory commissioned with remote sense and report, remote control, and multi layer safety protections.
ITC, IRA, AND RENEWABLE ENERGY TAX CREDIT INFORMATION
To claim the 30% Investment Tax Credit (ITC), you must file the appropriate IRS form with your annual federal income tax return for the year your system was placed in service. This is a tax credit, not a direct rebate, meaning it reduces your tax liability dollar-for-dollar.
ELIGIBILITY REQUIREMENTS
Before claiming the credit, ensure you meet the following criteria:
You must own the solar energy system (it cannot be leased or rented).
The system must be new or being used for the first time.
It must be installed at a residence you own in the United States (this can be your primary or a second home). For a business, it must be installed on a property you own.
The system must be placed in service between January 1, 2022, and December 31, 2032, for the full 30% credit (the percentage is scheduled to decrease in later years).
Step-by-Step Claiming Process
The process differs slightly depending on whether you are an individual homeowner or a business owner:
For Individuals (Homeowners)
Keep Documentation: Save all receipts, invoices, and documentation related to the cost and installation of your system.
Complete IRS Form 5695: Download the most recent version of Form 5695, "Residential Energy Credits," from the IRS website. You will use Part I of this form to calculate your credit amount based on your total eligible costs.
Transfer the Credit Amount: The final calculated credit amount from Form 5695 will be transferred to Schedule 3 (Form 1040), line 5, and then onto your main Form 1040 to reduce your tax liability.
File Your Taxes: Attach Form 5695 and Schedule 3 to your federal income tax return.
For Businesses
Keep Documentation: Maintain detailed records of all project costs and operational status.
Complete IRS Form 3468: Businesses must file Form 3468, "Investment Credit," as part of their corporate tax return. You'll use this form to calculate the credit.
Attach to Tax Return: Attach Form 3468 to your business tax return for the year the system is placed in service.
Important Considerations
Tax Liability: The ITC is a non-refundable credit, meaning it can reduce your tax bill to zero, but you will not receive a refund check for any excess credit.
Carry Forward: Any unused portion of the credit can generally be carried forward to the following tax year(s), allowing you to use the full value over time.
Consult a Professional: Tax situations are unique; consulting with a tax professional or financial advisor is recommended to ensure proper documentation and filing for your specific circumstances.
DATA & ANALYSIS
Conceptual Chart: Battery State of Charge and Power Flows over 48 Hours
Time (Hour of Day) PV Generation (kW) Home Load (kW) Net Flow to BESS (kW) BESS State of Charge (kWh) Scenario Description
Day 1: Normal Operation (Grid-tied/Self-sufficient)
12 AM - 6 AM 0.0 0.8 -0.8 39.2 → 34.4 BESS powers the home load overnight
6 AM - 9 AM 0.5 1.2 -0.7 34.4 → 32.3 Sun rises, load peaks slightly, BESS still powering
9 AM - 12 PM 3.0 1.0 +2.0 32.3 → 38.3 PV generation exceeds load, BESS charges
12 PM - 4 PM 5.0 (peak) 1.5 +3.5 38.3 → 40.0 (full) BESS reaches full capacity
4 PM - 6 PM 2.5 2.0 +0.5 40.0 System is self-sufficient
6 PM - 10 PM 0.0 3.0 (peak) -3.0 40.0 → 28.0 Sunsets, high evening load, BESS discharges
10 PM - 12 AM 0.0 1.5 -1.5 28.0 → 25.0 Load decreases, BESS continues discharging
Day 2: Outage Scenario (Grid connection lost at 12 AM)
12 AM - 6 AM 0.0 0.8 -0.8 25.0 → 20.2 BESS powers load (off-grid)
6 AM - 9 AM 0.5 1.2 -0.7 20.2 → 18.1 BESS powers load (off-grid)
9 AM - 12 PM 3.0 1.0 +2.0 18.1 → 24.1 PV starts generating, BESS begins recharging
12 PM - 4 PM 5.0 (peak) 1.5 +3.5 24.1 → 38.1 BESS recharges significantly from PV
4 PM - 6 PM 2.5 2.0 +0.5 38.1 → 40.0 (full) BESS reaches full capacity
6 PM - 10 PM 0.0 3.0 (peak) -3.0 40.0 → 28.0 BESS handles evening load
10 PM - 12 AM 0.0 1.5 -1.5 28.0 → 25.0 BESS handles nighttime load
Resilience Analysis
The chart illustrates a highly resilient system:
Daily Energy Balance: The system generates a net daily surplus (28 kWh gen - 25 kWh load = +3 kWh).
Indefinite Operation: Under the specified conditions, the BESS recharges fully every day, allowing the system to run indefinitely during a prolonged grid outage without external power input.
Backup Capacity: The 40 kWh battery has enough capacity to cover the full daily load approximately 1.6 times without any solar input [1.6].
High Self-Sufficiency: The system can handle multiple days of reduced sunlight while maintaining critical loads, providing superior power resilience.
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A chart visually representing the power resilience is presented below, illustrating the battery's State of Charge (SOC) over multiple days during a potential long-duration grid outage or sunless period.
Conceptual Graph: Battery State of Charge During a Prolonged Outage
Time PV Generation (Daily Total kWh) Home Load (Daily Total kWh) BESS State of Charge (Start of Day, kWh) BESS State of Charge (End of Day, kWh) Days of Autonomy
Normal Operations 28 25 Cycles between ~5 kWh and 40 kWh daily System is self-sufficient with surplus Indefinite
Outage Day 1 (Sunny) 28 25 ~5 (morning low) ~40 (full by afternoon) System fully sustains load
Outage Day 2 (Sunny) 28 25 ~5 (morning low) ~40 (full by afternoon) System fully sustains load
Outage Day 3 (Cloudy/Zero PV Input) 0 25 40 (full) 15 (discharged by 25 kWh) System relies solely on BESS
Outage Day 4 (Cloudy/Zero PV Input) 0 25 15 0 (fully discharged) BESS depletes, auxiliary power needed
Resilience Analysis and Auxiliary Power Needs
The system provides a very high level of power resilience due to its positive daily energy balance (28 kWh generated vs. 25 kWh used) during normal operations.
1. During Normal Solar Conditions:
The system is entirely self-sufficient and can run indefinitely off-grid, with the 40 kWh BESS ensuring continuous power delivery overnight and recharging daily. No auxiliary power is needed.
2. During a Prolonged Sunless Period (e.g., severe storm, very heavy cloud cover):
The resilience is determined by the BESS capacity relative to the home load without any solar recharge:
BESS Capacity: 40 kWh
Daily Load: 25 kWh
Days of Backup (zero sun): 40 kWh / 25 kWh ≈ 1.6 days
CONCLUSION
Under typical conditions in Wilmington, NC, with average solar input, the system will not need auxiliary power. In the extreme case of a prolonged sunless period (e.g., a multi-day storm), the battery would be depleted within approximately 1.6 days. Auxiliary power would be needed starting on the second day of a complete sunless period (specifically, after the initial 1.6 days of stored energy are consumed). The exact duration of the sunless streak determines when the auxiliary source (like the grid or a generator) becomes necessary. The system is designed to handle short-term outages and even one full sunless day, but not consecutive days of zero production.