Ecoforest ecoSMART e-system

Energy management system for surplus of renewable electricity production, including inverter and optional battery storage. This is a patented system, available exclusively from Ecoforest.

Description

Like the e-manager, the ecoSMART e-system is a unique technology, developed in-house by Ecoforest and specifically designed to manage different renewable energy sources and allow more efficient operation. As well as managing numerous energy inputs and various consumption loads, and in conjunction with the Ecoforest ecoGEO and ecoAIR heat pumps, the e-system also offers an integrated solar PV inverter and lithium batteries for a complete energy management solution. In a sense, it’s almost a fully functional plant room in a box!

By controlling the energy inputs and determining the best course of action for the consumption and/or storage of the available energy, the e-system is the ultimate in energy management, offering thermal and electrical storage of surplus energy and intelligent, automatic activation of non-critical loads in the building. The e-system will significantly reduce the electrical consumption of the building and maximise the yield from all available renewable energy sources such as solar PV. This makes the system extraordinarily efficient ensures outstanding performance from all connected peripherals. Compatible with single phase systems only.

Features
Output/Power

COP A7/W36

DHW max. temp. without electrical support

Electric heater required for DHW

EVI technology

HTR technology

Energy label rating - 35°C

Energy Label Rating - 55°C

Wi-Fi compatible

Cooling function

Refrigerant type

hydraulic

,

None

DHW volume

Approx. design floor area

Technical Data
  • Hybridisation of Ecoforest heat pumps with renewable electricity sources
  • Patented technology, unique to Ecoforest
  • Single phase compatibility only
  • Integrated hybrid inverter
  • Integrated energy meters
  • Modular system with 0 - 5 integrated lithium ion batteries
  • Advanced surplus management - store surplus electrical energy as thermal energy
  • Rate control - advanced prioritisation for electricity use during low-rate periods
  • Limitiation of power - modulation of heat pump power in line with available renewable electricity supply (ie. work harder when the sun is strong, modulate if it clouds over)