Hybrid Solutions
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Hybrid Solutions gepower.com/hybrid

THOMAS EDISON Inventor, businessman and founder of the General Electric Compan

iSgiffil V ' fe Hli trends solutions 08 Hybrid Solutions: Defined 20 GE's Hybrid Portfolio Noun 1. BIOLOGY: the offspring of two plants or animals of different species or varieties, such as a mule. 2. a thing made by combining two different elements; a mixture. 12 Hybrid Solutions: Value 14 Energy Storage 101 16 Battery Storage 101 22 Building Blocks • Battery Energy Storage Solutions (BESS) • Industrial Internet Control System Adjective 1. of mixed character; composed of mixed parts. Hybrids have been commonplace in the plant and animal kingdoms for millennia. Different species or...

trends tan·ge·lo /'tanj lō/ Noun A bright red-orange hybrid of a tangerine and grapefruit with an unmistakable sweetness countered by a tart aftertaste (courtesy of its grapefruit ancestor). Tangelos are seedless, easy to peel and have a thick skin similar to that of oranges.

Hybrid solutions: defined Each form of power generation has its pros and cons. No single form of power generation is optimal in all situations. Wind and solar are intermittent but consume no fuel and emit no greenhouse gases. Natural gas-fueled generation emits greenhouse gases but it is dispatchable (i.e., has output that can be readily controlled between maximum rated capacity or decreased to zero) to help balance supply and demand. It also has a relatively low CAPEX ($/kW). Hydro power often requires dedicating significant amounts of land area but is renewable and dispatchable. The...

Hybrid solutions: defined The possible combinations of equipment to make a hybrid power plant are extensive and limited only by the specific application and imagination of the plant designer. In its most basic sense, a hybrid power plant is comprised of three main elements: generation sources storage systems Generation Sources A hybrid power plant can include any power generation source, such as simple or combined cycle gas turbine plants, wind, solar photovoltaic or hydro. shared controls Hybrid Power Plant Shared Controls Electricity generation sources and/or storage systems with shared...

Hybrid solutions: value A require new ways of thinking about the electricity system. Grid operators and system planners face many challenges including the following: • Integration of variable and distributed generation • Flat load growth—but faster ramps with higher peaks • Multiple gas turbine starts per day • Thermal fleets dispatched to minimum loads • Increased need for operating spinning reserve • Weak grid infrastructure ccording to the International Energy Agency, in 2015 the world added more renewablesbased power generation capacity than all other technologies combined for the first...

The most prevalent form of energy storage today, in terms of installed capacity, is pumped hydro storage. This form of storage has its origin in the first dams that were put across streams in order to provide steady and reliable power for a water wheel or similar device. In a pumped hydro storage facility, water is pumped uphill into a reservoir when excess generating capacity is available (and electricity prices are low), and then allowed to flow downhill through turbines when demand is higher (and electricity prices are higher). The round trip efficiency of this type of system is...

Battery storage power CONFIGURATION In a power configuration the batteries are used to inject a large amount of power into the grid in a relatively short period of time. There is a high inverter to battery ratio required to accomplish this. A typical application would be to simulate a turbine ramp up for frequency regulation, spinning reserve or black start capability. Bathtub analogy: Several drains for RAPID CHARGE/ DISCHARGE Batteries Inverters High Inverter/Battery Ratio Inverters Fast discharge C rate of MW/MW-hr > 1 Low cost/MW Requires more space than an energy configuration Typical...

solutions lab·ra·doo·dle /'labr doodl/ Noun Labradoodles are a hybrid mix of the Labrador Retriever and Poodle, bred to combine the outgoing, happy personality of the Labrador with the non-shedding coat of a Poodle.

GE’s hybrid portfolio Designed to be scalable, customizable and flexible to deliver a wide range of Electricity Value Network (EVN) solutions OUR HYBRID PORTFOLIO INCLUDES: Building Blocks Battery Energy Storage Solutions (BESS) Industrial Internet Control System Wind Turbines, Hydro Turbines, Gas Turbines, Steam Turbines, Reciprocating Engines, Solar PV Solar + BESS Solar + Diesel + BESS WiSE Wind + BESS Wind + Diesel + BESS Containerized package of PV + BESS + Recip, from 15kW to 1MW For commercial and industrial applications Hydro + PV Pumped Storage Intermittent wind orPV& PSP Hybrid...

Battery Energy Storage Solutions (BESS) GE’S MODULAR SOLUTION: GE understands that the power and energy needs of customers are vastly different. Our energy storage solutions can be tailored to your operational needs: enabling efficient and cost-effective storage, distribution and utilization of energy where it’s needed and when it’s needed. Built with GE’s superior design and technology, our energy storage technology delivers high performance in the most demanding applications. more power CASE STUDIES The Imperial Irrigation District’s (IID) 30 MW/ 20 MWh Battery Energy Storage System...

Industrial Internet Control System (IICS) THE HARDWARE AND SOFTWARE THAT FORM THE IICS IN A HYBRID POWER PLANT IS SOMETIMES REFERRED TO AS THE “SECRET SAUCE” OF THE SYSTEM. IT ENABLES THE INDIVIDUAL COMPONENTS IN THE SYSTEM TO OPERATE EFFECTIVELY TOGETHER AND INTERFACE SEAMLESSLY WITH THE GRID. Digital Solutions THE DIGITAL JOURNEY BEGINS WITH THE CREATION OF AN INTEGRATED PLANT SYSTEM MODEL THAT INCORPORATES THE 3D ARRANGEMENT WITH ITS DIGITAL TWIN, CAPACITY • Boost output • Manage trades RELIABILITY Enhanced grid services GE’s hybrid plant control solution is an integrated plant...