AmeWise, 215 N sunset Avenue, City of Industry, CA (2026)

07/08/2025

Lights On, Spirits High
As fireworks lit up the skies and families gathered under the warm summernight, lights stayed on, conversations flowed, and the joy of being togethertook center stage.
From front yards to living rooms, with powering homes behind thescenes, the Fourth of July is a celebration of connection -bright,uninterrupted, and full of the small moments that make a holiday trulyMemoraple.
Here's to nights that shine, memories that last, and energy that keeps it algoing-quietly, reliably, and just the way it should be.

07/01/2025

The Sol-Ark 15K-2P is a high-performance, fully featured bidirectional hybrid inverter that supports 15kW of continuous AC output and up to 20kW of PV input. It is ideal for whole-home backup, solar self-consumption optimization, and light commercial applications.

This device integrates the inverter, battery charger, and energy management controller into a compact and easy-to-install unit. It supports multiple operating modes (grid-tied, off-grid, hybrid). It is natively compatible with Deye's low-voltage battery series via CAN or RS485 protocol, enabling seamless communication for precise monitoring and intelligent control of SOC, temperature, voltage, current, and more.

Features & Benefits

• All-in-one solar + storage design Inverter, battery charger, and load transfer management are integrated into a single unit, simplifying the system and reducing installation and wiring costs.

• High power, stable output Provides up to 15,000W continuous AC output and 20,000W PV input, ideal for high-load households, commercial power use, or EV charging.

• Fully compatible with Deye batteries Natively supports Deye low-voltage 48V lithium battery series (such as SE-G5.1 Pro-B). No third-party adapter required, ensuring efficient operation.

• Intelligent battery management Real-time communication with batteries via CAN or RS485, supporting SOC feedback, battery protection, over-temperature/over-voltage alerts, ensuring safe and reliable operation.

• Seamless backup switching Automatically switches to battery power within milliseconds during grid outages, keeping critical loads like refrigerators, medical equipment, and lighting continuously powered.

• Flexible deployment in various modes Supports grid-tied, off-grid, and hybrid modes. Operates even without PV or batteries, adapting to various power scenarios.

• Remote monitoring and local control Built-in LCD touchscreen with support for WiFi, LAN, RS232, and mobile App platforms for remote monitoring, configuration, and diagnostics.

Key Specifications

PV Input: Max 20kW (Dual MPPT)

AC Output: 120V / 240V split-phase, 15kW continuous

Surge Power: Up to 30kW (9 seconds)

Battery Voltage: 48V DC

Battery Protocol: Native CAN / RS485 (Compatible with Deye)

Communication: WiFi / Ethernet / RS232

Installation: Indoor / Outdoor (NEMA 3R rated)

Dimensions: 25 in × 18 in × 8 in (approx. 635 × 457 × 203 mm)

Weight: 78 lbs (approx. 35.4 kg)

Warranty: 10-year

06/07/2025

Deye Panama Roadshow: Empowering Smart Energy Solutions in Latin America

Deye recently concluded a successful roadshow in Panama, bringing together industry experts, partners, and customers to explore our latest innovations in energy storage.

Product Launches：SE-F5 and BOS-B. These additions highlight Deye's commitment to advancing smart energy technologies.

Interactive Sessions：Our technical experts addressed inquiries about product performance, installation processes, and application scenarios, enhancing customer understanding and confidence.

Customer Testimonials：Customers shared their experiences with Deye products, emphasizing reliability, ease of installation, and exceptional performance in real-world applications.

Deye remains dedicated to delivering efficient, intelligent energy solutions worldwide.

06/03/2025

Save Money and Worry Less: How to Pick the Right Battery for Your Home？
Reliable performance begins with battery design and safety.
1. Why Must an Energy Storage Battery Be Highly Safe?
Energy storage batteries are responsible for the centralized management and release of energy. If the design is flawed or protective mechanisms are inadequate, it can easily lead to serious incidents such as short circuits, overheating, or even fires. Therefore, key indicators of battery safety include:
Internal structural layout
Cell configuration
Electrical connections
Protective design
Battery Management System (BMS)
2. The Core of High-Standard Batteries: Safety-First Design

Modular Cell Arrangement with Thermal Balance
High-standard products adopt a modular and orderly layout of battery cells, with built-in thermal conduction channels and ventilation space. This prevents uneven heat buildup, localized hot spots, and improves the battery’s overall thermal stability.
Reliable Busbars and Terminal Protection
These products use robust copper busbar systems, with insulated terminal covers and secure screw-fastening, greatly reducing the risks of arc faults, electric shocks, or short circuits caused by improper contact or mishandling.
Professional BMS with Clear Structure
Each cell group is equipped with clearly labeled signal cables (e.g., T1, B+). The BMS mainboard is logically divided and capable of monitoring voltage, current, and temperature in real time. It also supports cell balancing and fault alarm functions, ensuring stable and safe system operation.
Multi-Layered Electrical Protection Mechanisms
Inside the system, features such as overcurrent protection, electromagnetic relays, inductive filters, fuses, and input/output isolation form a comprehensive multi-level safety framework from individual cells to the entire system.
International Safety Certifications
These products comply with UL1973, CE, and other globally recognized safety certifications, ensuring their safe operation across a variety of installation environments.
3. Five Key Safety Indicators When Choosing an Energy Storage Battery
Is the cell layout modular and neatly arranged?
Does the busbar and wiring design protect against accidental contact and short circuits?
Does the system support multi-point temperature monitoring and active BMS balancing?
Are all major risks covered — including overvoltage, overcurrent, reverse polarity, and leakage protection?
Has the product passed third-party certifications and is it backed by a reputable brand?
Choosing an energy storage battery is not only about capacity and price. It's equally important to consider the product’s design quality, protective features, and system reliability. A battery built to high standards with robust safety mechanisms and international certifications will provide users with a stable, durable, and trustworthy solution for modern energy systems

06/03/2025

Deye Smart Energy Solutions Launch

Deye Inverter | ESS | Cloud

To accelerate the adoption of green energy across Central America, Deye will host a Smart Energy Product Launch Event on June 5th, 2025 in Santo Domingo, The Dominican Republic, unveiling its latest innovations in residential and C&I energy storage solutions.

Event Highlights:

Exclusive launch of new residential & commercial ESS products

Introduction of the Deye Cloud energy management platform

Face-to-face networking with energy professionals and partners

Deye Luncheon + Open Discussion Session

Date: June 5th, 2025

Location: Santo Domingo, Dominican Republic

05/30/2025

Save Money and Worry Less: How to Pick the Right Battery for Your Home？

Reliable performance begins with battery design and safety.

1. Why Must an Energy Storage Battery Be Highly Safe?

Energy storage batteries are responsible for the centralized management and release of energy. If the design is flawed or protective mechanisms are inadequate, it can easily lead to serious incidents such as short circuits, overheating, or even fires. Therefore, key indicators of battery safety include:

Internal structural layout

Cell configuration

Electrical connections

Protective design

Battery Management System (BMS)
2. The Core of High-Standard Batteries: Safety-First Design

🔹 Modular Cell Arrangement with Thermal Balance

High-standard products adopt a modular and orderly layout of battery cells, with built-in thermal conduction channels and ventilation space. This prevents uneven heat buildup, localized hot spots, and improves the battery’s overall thermal stability.

🔹 Reliable Busbars and Terminal Protection

These products use robust copper busbar systems, with insulated terminal covers and secure screw-fastening, greatly reducing the risks of arc faults, electric shocks, or short circuits caused by improper contact or mishandling.

🔹 Professional BMS with Clear Structure

Each cell group is equipped with clearly labeled signal cables (e.g., T1, B+). The BMS mainboard is logically divided and capable of monitoring voltage, current, and temperature in real time. It also supports cell balancing and fault alarm functions, ensuring stable and safe system operation.

🔹 Multi-Layered Electrical Protection Mechanisms

Inside the system, features such as overcurrent protection, electromagnetic relays, inductive filters, fuses, and input/output isolation form a comprehensive multi-level safety framework from individual cells to the entire system.

🔹 International Safety Certifications

These products comply with UL1973, CE, and other globally recognized safety certifications, ensuring their safe operation across a variety of installation environments.

3. Five Key Safety Indicators When Choosing an Energy Storage Battery
Is the cell layout modular and neatly arranged?

Does the busbar and wiring design protect against accidental contact and short circuits?

Does the system support multi-point temperature monitoring and active BMS balancing?

Are all major risks covered — including overvoltage, overcurrent, reverse polarity, and leakage protection?

Has the product passed third-party certifications and is it backed by a reputable brand?
Choosing an energy storage battery is not only about capacity and price. It's equally important to consider the product’s design quality, protective features, and system reliability. A battery built to high standards with robust safety mechanisms and international certifications will provide users with a stable, durable, and trustworthy solution for modern energy systems

05/29/2025

How Inverters and Energy Storage Batteries Work Together ?

In today’s solar-powered homes and businesses, inverters and energy storage batteries form a powerful duo. One converts energy, the other stores it—and together, they ensure your lights stay on, your bills stay low, and your energy stays clean. So how do they work in harmony? Let’s break it down.

Step 1: Power Is Generated – Inverter Takes Charge

During the day, solar panels generate direct current (DC) electricity from sunlight.

The inverter immediately converts this into alternating current (AC) electricity that your home appliances can use.

1: Power your home or business

2: Check for extra energy

Step 2: Extra Power? Store It in the Battery

If you’re generating more electricity than you’re using, the system doesn’t let it go to waste.

Instead, the inverter diverts the extra energy into your storage battery, charging it up for later.

Step 3: Sun Goes Down? Battery Steps In

At night—or anytime your solar panels aren’t generating—the battery discharges the stored electricity.

The inverter again converts it to usable AC power, ensuring your home keeps running smoothly, even if the grid goes down.

Step 4: Smart Energy Management

Most modern systems include a hybrid inverter or energy management system (EMS) that acts like a brain:

Monitors generation, storage, and usage in real-time

Automatically chooses whether to use solar, battery, or grid power

During outages, it quickly switches to backup mode using battery power

Why This Coordination Matters

1: Seamless Backup: Power stays on even during blackouts

2:Lower Bills: Use battery power during peak hours to avoid high electricity rates

Zero Waste: Every bit of solar energy is used wisely

Fully Automatic: No manual switching required

Inverters and batteries are the perfect partners in modern solar energy systems.

The inverter acts like a translator and dispatcher, while the battery stores energy like a smart bank.

Together, they allow you to be energy-independent, cost-efficient, and always powered—rain or shine.

05/23/2025

How to Choose a Solar Inverter

1. Choose the Right Type of Inverter

Start by identifying the type of solar system you are installing:

If your system is connected to the utility grid and doesn't use batteries, a grid-tied inverter is the most efficient and cost-effective option. However, it will shut down during power outages.

If your system is completely off the grid, you’ll need an off-grid inverter, which works with batteries to supply power independently.

For systems that combine grid connection and battery storage, a hybrid inverter is ideal. It allows for both self-consumption and backup power during blackouts.

If your roof has multiple angles or shading issues, microinverters (installed individually on each solar panel) offer better performance and flexibility.

2： Check Key Specifications

Look for an inverter that matches your system’s size. For example, a 5kW solar array should be paired with a 5kW inverter.

Make sure the inverter supports a wide MPPT (Maximum Power Point Tracking) voltage range to optimize solar input efficiency. Choose an inverter with high efficiency — ideally 97% or above — to reduce energy loss during conversion.

If you plan to use batteries, ensure the inverter is compatible with your battery type, such as lithium-ion or lead-acid.

It’s also important to confirm that the inverter meets local certification standards (such as UL1741 in the U.S. or CE in Europe) and supports remote monitoring via WiFi or other communication protocols like RS485 or Modbus.

3： Additional Tips

If you have limited roof space, consider compact, high-voltage string inverters.

If your roof is partially shaded or complex, choose microinverters or string inverters with multiple MPPTs.

If you plan to add batteries later, choose a hybrid inverter or a grid-tied model that supports future battery integration.

05/23/2025

Basic Solar Panel Maintenance Tips
1. Clean Panels Regularly
Use a soft cloth or plain water to remove dust, leaves, and bird droppings.
Clean 2–4 times a year (more often in dusty or dry areas).
Avoid harsh chemicals or high-pressure washers.
2. Check for Shading
Ensure no new buildings or trees are blocking sunlight.
Trim nearby branches to prevent shading.
3. Monitor Power Output
Use your inverter or monitoring app to track system performance.
Investigate if energy production drops significantly.
4. Inspect Cables and Connections
Check for loose, chewed, or weathered wires.
Look for signs of corrosion, water ingress, or burn marks at connectors.
5. Maintain Inverter and Battery (if applicable)
Make sure the inverter operates normally, with no warning lights or unusual sounds.
Keep battery systems dry, ventilated, and check for normal status regularly.
6. Keep Records and Schedule Annual Checks
Have a professional inspect the system annually.
Maintain logs of cleaning, inspections, and any maintenance performed.
Safety Notes:
Always shut down the system before cleaning or inspecting.
Avoid climbing on the roof without proper safety gear.
Contact a certified technician if you're unsure about any maintenance task.

05/17/2025

𝐁𝐎𝐒-𝐆𝐇𝟔𝟎/𝐆𝐋𝟔𝟎: Smarter Storage Starts Here
Ready to scale your power the smart way? Meet the BOS-GH60/GL60, your next-generation energy storage solution engineered for reliability, safety, and scalability.

Why Choose BOS-GH60/GL60?
𝐔𝐥𝐭𝐫𝐚-𝐥𝐨𝐰 𝐬𝐞𝐥𝐟-𝐝𝐢𝐬𝐜𝐡𝐚𝐫𝐠𝐞: up to 6 months on the shelf without charging
𝐍𝐨 𝐦𝐞𝐦𝐨𝐫𝐲 𝐞𝐟𝐟𝐞𝐜𝐭: great performance even with shallow charge/discharge
𝐅𝐮𝐥𝐥 𝐩𝐫𝐨𝐭𝐞𝐜𝐭𝐢𝐨𝐧: over-charge, over-discharge, over-current & extreme temperatures protection
𝐀𝐮𝐭𝐨 𝐜𝐡𝐚𝐫𝐠𝐞/𝐝𝐢𝐬𝐜𝐡𝐚𝐫𝐠𝐞 and 𝐜𝐞𝐥𝐥 𝐛𝐚𝐥𝐚𝐧𝐜𝐢𝐧𝐠 for smarter operation
Scalable up to 𝟏𝟔 𝐜𝐥𝐮𝐬𝐭𝐞𝐫𝐬, max capacity of 𝟗𝟔𝟎𝐤𝐖𝐡

Whether you're building or upgrading your small-scale C&I solar system, the BOS-GH60/GL60 is engineered to deliver

AmeWise

07/08/2025

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05/17/2025

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