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Sodium Ion Batteries: The New Frontier of Energy Storage

Sodium Ion Batteries: The New Frontier of Energy Storage

by master_heiwit | Jan 9, 2026 | Sodium ion batteries

The Sodium Ion Battery Revolution: An Opportunity to SeizeSodium ion batteries are emerging as an innovative solution in energy storage technology. Thanks to reduced costs and more readily available materials,...

How to reconnect inverter Wi-Fi after router change or password change (video guide)

by master_heiwit | Dec 23, 2025 | Guides

How to reconnect the inverter's Wi-Fi after router change or password change (video guide) Have you changed your home router, updated your Wi-Fi password or changed the network name (SSID) and now the inverter is offline on the app? Don't worry:...
HEIWIT battery-compatible inverters: how to choose the right configuration

HEIWIT battery-compatible inverters: how to choose the right configuration

by master_heiwit | Dec 19, 2025 | Sodium ion batteries, Guides, Footer Guides

The battery is only half of the system: the other half is the inverter. Good compatibility between battery and inverter is essential for proper charge/discharge management, protection, performance and reliability over time. If you want a general overview first...
HEIWIT sodium ion battery: features, models and applications

HEIWIT sodium ion battery: features, models and applications

by master_heiwit | Dec 19, 2025 | Sodium ion batteries, Guides, Footer Guides

HEIWIT sodium-ion battery: features, models and applications The HEIWIT sodium-ion battery is designed for stationary storage in combination with photovoltaic and domestic systems. On this page you will find a clear overview of the...
How a sodium ion battery works: chemistry, cells and BMS (explained well)

How a sodium ion battery works: chemistry, cells and BMS (explained well)

by master_heiwit | Dec 19, 2025 | Sodium ion batteries, Guides, Footer Guides

How a sodium-ion battery works: chemistry, cells and BMS (explained well) In this in-depth guide we explain how a sodium-ion battery works from a technical point of view, but in clear language. If you are looking for a more introductory guide you can...
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*All forecast calculations on this site are made using these parameters unless otherwise indicated:
HEIWIT commission on installation cost: 20 %, HEIWIT commission on income: 20 %, CO2 saved per kWh: 0.48 kg, rent per kWp: 15 €, inflation on rent or lease cost: 2 %, insurance cost per kWp: 10 €, kWp installable on m2 per photovoltaic: 7 kWp, kWh value transferred to grid: 008 €, inflation on kWh value transferred to grid: 2%, fixed markup on kWh transferred for self-consumption: 0.06 €, annual photovoltaic production loss: 0.5 %, photovoltaic system cost per kWp: 850 €, production data taken from PVGIS europe.eu Cremona location Slope 35° Azimuth 0° PVGIS-SARAH2 database.

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