Knowledge

Meet Controller Lite: The focused, future-ready HEMS designed with extraodinary grid compliance.

The solution is intelligent, data-driven orchestration—the core role of an Energy Management System (EMS). It bridges distributed resources, flexible loads, and dynamic markets to build resilience, unlock revenue, and ensure sustainability. enjoyelec AI-powered EMS delivers targeted, high-impact value in four core scenarios:

The key to harnessing this collective power is smart management, or, more precisely, the Home Energy Management System (HEMS).

The key to harnessing this collective power is smart management, or, more precisely, the Home Energy Management System (HEMS).

Many homeowners today are making a significant investment in clean energy assets like rooftop solar, home battery, and EV chargers. But (as this Dutch customer discovered),simply having the hardware is obviously not enough

What’s the Difference Between Self-Consumption and Self-Sufficiency? The two terms are often used interchangeably, but they represent two different stages in your energy journey.

In home energy management, AI can automatically optimize when to charge or discharge batteries, run appliances, or sell energy back to the grid. It predicts solar production, aligns consumption with dynamic tariffs, and ensures energy is used when it's cheapest or most sustainable. This results in lower bills, better use of renewable energy, and reduced grid strain.

enjoyelec HEMS platform is now fully compatible with 32 electricity retailers across Germany, Spain, the Netherlands, Norway, Sweden, Finland, France, Belgium, the UK, and Australia. From dynamic tariffs to spot market integration, we empower households to choose the energy plan that suits them best—while adapting automatically to real-time prices.

A zero carbon house—also called a zero emissions home—is a core component of any eco-friendly house plan. It minimizes environmental impact by considering the type and amount of energy used during construction, as well as the energy sources used to heat, cool, and power the home after it’s built. The goal is to reduce the home’s overall carbon footprint across its entire lifecycle.