Insights+
Market intelligence, technical guides, and compliance insights for solar professionals.
Charging Your EV With Rooftop Solar in 2026
This article discusses the benefits and process of charging an electric vehicle at home using rooftop solar panels in 2026, considering the economic and environmental factors after the expiration of federal tax credits.
Solar Inverters: Types, Pros, and Cons
A solar inverter converts direct current (DC) electricity from solar panels into alternating current (AC) electricity for use in homes and on the grid.
SRECs in 2026: What Solar Renewable Energy Credits Are and How to Earn and Sell Them
This article explains what Solar Renewable Energy Credits (SRECs) are, why they exist, how to sell them, and what they might be worth in 2026.
How Does Solar Power Work on a House?
This article explains how residential solar panel systems generate electricity, from sunlight hitting the panels to the conversion of DC to AC power, and how excess power is managed.
Enphase IQ Batteries (3T, 10T, 5P): Features, Installation Notes, and Specs
This article provides a detailed comparison of Enphase IQ Batteries (3T, 10T, and 5P), covering their features, installation considerations, and technical specifications to help users choose the right battery storage solution.
The Pros and Cons of Rooftop Solar in 2026
This article weighs the advantages and disadvantages of installing rooftop solar systems in the U.S. for the year 2026, considering evolving financial incentives, policy shifts, and market dynamics.
Off-Grid Solar Power Systems in 2026
This article provides a comprehensive guide to off-grid solar power systems for 2026, detailing how they operate independently from the utility grid by using a battery bank and often a backup generator to ensure a constant power supply.
Key Solar Terms (Plain-English Glossary)
This glossary provides short, practical definitions of electrical and solar-industry vocabulary to assist in comparing quotes, reading specs, or planning a home PV system.
Make safety a built-in attribute of every battery
This article details how Phylion builds safety into their batteries through a systems approach, covering material selection, cell design, manufacturing, and battery management systems (BMS), while adhering to international safety standards.
How do solar batteries work?
This article explains how home solar batteries store excess electricity from solar panels for later use, covering the concepts of DC/AC conversion, AC-coupled vs. DC-coupled systems, and common use cases like backup power and bill savings.
Solar PPA in 2026: A Simple Guide to Power Purchase Agreements
A solar Power Purchase Agreement (PPA) is a contract where a provider installs and owns a solar system on your property, and you pay for the electricity it produces at an agreed price (usually per kWh).
High-Energy LFP Materials for Long Cycle Life and Cold-Weather Performance
Phylion improves lithium iron phosphate (LFP) cells by upgrading the full material system: cathode, anode, conductive network, and electrolyte.
Sodium-ion battery technology for two-wheelers
This article discusses Phylion’s sodium-ion battery platform, which is designed to provide a cost-effective, safe, and durable energy storage solution for high-usage mobility applications like two-wheelers.
Self-Developed PACK Technology That Improves Safety, Durability, and Usability
This article discusses Phylion's self-developed PACK technology, which integrates materials, structure, performance, and quality to enhance battery safety, durability, and usability.
Sodium-Ion Batteries: Seizing the Chance for Two-Wheel Mobility
This article discusses the potential of sodium-ion batteries for two-wheel mobility applications, focusing on cell design and performance engineering.
5 Ways Solar Energy Can Benefit the Environment
Solar electricity generally has a smaller environmental footprint than fossil-fuel electricity. The key point is lifecycle impact: not just emissions during operation, but also manufacturing, transport, installation, and end-of-life handling.