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The smarter e Award

In celebrating its premiere in 2018, The smarter E AWARD pays tribute to these innovations in two categories. The Smart Renewable Energy category honors outstanding, innovative business models and pioneering solutions in the area of sector coupling, while the Outstanding Projects category recognizes projects undertaken in the areas of solar, storage, energy management and clean transportation. With The smarter E AWARD, the organizers are highlighting groundbreaking individual innovations and creating transparency in a complex topic.

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1. Smart Renewable Energy

The future of renewable energies in the power supply depends strongly on digitalization along the whole value-added chain – as this is the only way to ensure that power from decentralized and disparate volatile energy sources is optimally integrated into the grid. Numerous new digital services, products and solutions are currently under development. These will control the decentralized energy market flexibly and safely, and in doing so, optimally coordinate generation and consumption.

The awards in the category "Smart Renewable Energy" will be awarded to innovative and intelligent products and concepts in the following areas:

  • Sector coupling (e.g. power-to-heat, vehicle-to-grid, power-to-x)
  • Grid Infrastructure (e.g., solutions and technologies for smart grids or micro grids and for network stabilization)
  • Digitization (e.g., blockchain, internet of things / energy, energy management)
  • Business models for power trading & marketing (e.g., cloud solutions)

 

2. Outstanding Projects

Innovation is driven by role models and pioneers. That is why we are looking for the "Outstanding Projects" in the field of renewable energies.

Eligible for submission are projects or a product that has been incorporated into a global project, which meet the following requirements.

The project:

  • is exemplary for global future applications.
  • is unique in their expression and realization.
  • must have been fully completed between February 2016 and March 2018.


Awarded will be realized projects in the following areas:

Energy Storage (with or without PV)

  • Using new storage technologies to increase on-site consumption in residential homes, apartment blocks and communities (Community Energy Storage, CES)
  • Short term energy storage
  • Using energy storage technologies to provide grid support
  • Heat storage / Thermal storage systems

Grid Infrastructure and Solutions for the Integration of Renewable Energies

  • Virtual power plants
  • Solutions and technologies for Smart Grids / Micro Grids and for grid stabilization
  • Weather forecasts and performance / yield forecasts for renewable energy plants

PV Applications (Residential, Industrial and Commercial Use)

  • Use of PV for residential homes, the industrial production process and the supply of commercial buildings
  • Power to Heat

Solar Thermal Applications

Industrial and commercial use of solar thermal applications

  • Process heat
  • Solar heating and cooling

Energy Management / Energy Services

Concepts and solutions for intelligently connecting the generation, storage, distribution and use of energy

  • Load management
  • Demand response management
  • Energy and plant contracting
  • Energy management, energy monitoring and energy controlling for industry and buildings
  • Building automation (Smart Home / Smart Building)

Decentralized Energy Systems

  • Power-to-Heat
  • Heat pump systems with ground / waste water, process heat
  • Combined Heat and Power (CHP)
  • Combined Cooling, Heat and Power (CCHP)
  • Biomass heating systems or biomass based CHP

Utility-Scale Projects

  • PV Power Plants (Commercial & Utility-Scale)
  • Solar Thermal Power Plants

Energy Autonomous Regions

  • Integrated urban neighborhood concepts
  • Model of success "energy cooperative" (realized projects)
  • Crowdfunding for energy cooperatives
  • Innovative tenant power models for property owners and municipalities
  • Prosumer communities
  • District Heating 4.0

Micro-Grid Solutions

Decentralized generation and consumption of renewable energies to optimize the use of energy and reduce the burden on higher-level electricity grids.

Off-Grid Solutions

Use of solar energy for off-grid electrification solutions with a special emphasis on increasing the quality of life and stimulation of productivity and education.

Charging Infrastructure / E-Mobility

  • Construction and deployment of charging infrastructure for electric vehicles
  • Innovative concepts and projects around electromobility