Energy management systems - Import export

The Advance EnergyManager is a tried and tested design with an internal heat exchanger and shunt pump arrangement resulting in delivery of hot water equivalent to the volume of the tank at 43ºC. It works on the thermal store principle of storing primary (central heating) water and delivering mains pressure hot water through a heat exchanger. The shunt pump is pre fitted and wired to activate when taps or showers are turned on. The EnergyManager comes as shown above with wiring centre for installers to complete the wiring for the rest of the system. Full instructions for wiring the total system are included. At 65ºC operation the EnergyManager is perfect for underfloor or low temperature radiator circuits and offers efficiencies due to the temperature being lower than most thermal stores. It delivers hot water equivalent to the capacity of the store.

The Advance Solar EnergyManager is a tried and tested thermal store design with an internal heat exchanger and shunt pump arrangement resulting in delivery of hot water equivalent to the volume of the tank at 43ºC. The solar version has a dedicated solar coil which reduces energy bills and reliance on fossil fuel. The solar thermal panels will contribute to heating and hot water during periods of solar gain. The shunt pump is pre fitted and wired to activate when taps or showers are turned on. The EnergyManager comes as shown above with wiring centre for installers to complete the wiring for the rest of the system. Full instructions for wiring the total system are included. At 65ºC operation the EnergyManager is perfect for underfloor or low temperature radiator circuits and offers efficiencies due to the temperature being lower than most thermal stores. As a thermal store it can reduce boiler cycling and act as a buffer for heating.

HeatingSave is an off-the-shelf integrated web and mobile based Building Energy Management System that allows users to cut their energy bills by typically between 20% to 30%+ (see the case studies) and manage their buildings infrastructure and security from one system

Sigma energy and carbon management software will enable you to optimise your energy management strategy with a structured, co-ordinated and integrated approach to managing energy. The Sigma Energy Intelligence module turns traditional energy reporting on its head, allowing you to interact with your energy data software, how you want, when you want. Make energy an integral part of running your organisation with Sigma energy management software: * Secure energy efficiency gains * Sustain your carbon reduction * Comply with legislation and regulatory requirements * Maximise cost recovery opportunities

All-in-One Outdoor Energy Storage Cabinet for Photovoltaic and Diesel Generation, Supporting up to 100KW. This energy storage cabinet integrates: - A battery system - MPS system - Up to 2 PV modules - Air conditioning system - Fire protection system - Power distribution system - Local EMS control system It features a 50kW inverter with 200kWh of energy storage, capable of supporting up to 120kWp of photovoltaic modules (2 modules at 60kWp each). Key Features: - Highly Integrated Systems support easy transportation and installation. - Flexible Configuration allows for scalability and supports multiple units for flex - Intelligent temperature control for efficiency - IP55 rating for reliable outdoor performance - Real-time insulation detection

The CTT-EC-HV406L energy storage system has a wide range of applications, including but not limited to renewable energy integration, grid assistance services, commercial and industrial applications, and emergency response scenarios. In solar or wind farms, it can balance energy production with demand and improve the utilization of renewable energy. In the power grid, it provides auxiliary services such as frequency modulation and peak regulation, which helps to enhance the stability and reliability of the power grid. In business centers or industrial parks, it can be used as a backup power source or for peak cutting and valley filling to help reduce energy costs. In emergency situations, such as natural disasters, it also provides critical power support to ensure the normal operation of rescue and communication equipment.