Enhancing Renewable Energy penetration through Storage and Dispatch.

Analyzing scenarios, identifying use-cases, and improving grid stabilization. SgurrEnergy has in-house storage specialists that provide meticulous, detailed, and comprehensive solutions for all your project needs.
Demand for power consumption is witnessing a sharp rise year on year, and the generation capacity too is in need of being ramped up. Changing patterns and behavior of power consumers with the adoption of new technologies in the quest to go green have caused an acute spike in power demand, which has led to a steep rise in the installation of peaking power plants around the globe to respond to this conundrum.
Maintaining and managing the grid is a herculean task; the challenges and predicaments it brings along are quite demanding and require comprehensive and prompt solutions. High penetration and a continually growing share of variable renewable energy sources (VRES) in the energy mix have their own set of challenges, leading to grid instability, frequency irregularities, and other inconsistencies, causing plant or grid downtime. With battery production reaching economies of scale, and Lithium-ion chemistry becoming a favorite across the industry for its benefit-cost ratio, BES uch as, pumped-storage hydropower (PSH) or compressed air energy storage (CAES) which have a geographical constraint and need a certain character of terrain to become operational, BESS is the most efficient, relatively inexpensive and a thorough solution to meeting peak demands or provide ancillary services.

The inclusion of renewables in the energy mix has caused a change in the demand-generation profile, known as the infamous duck curve. BESS has greatly aided in subduing the ill effects of the VRES. Although the intermittent sources of energy offer a great alternative to the fossil-based power generating facilities, they have their intrinsic drawbacks, which limit their capabilities to offer a round the year dispatchability, but when coupled with a BESS, their true potential is unleashed, offering unrivaled benefits. Performance, stability, reliability, and resilience are the key aspects of any power generation facility. Having realized the enormous and untapped potential of solar energy which has already incentivized us for a carbon-free power generation, integrating it with energy storage technologies has further secured a safer and reliable power transmission and distribution. Owing to its simplicity in design and modular form, it is easy to integrate BESS with power production facilities, as it is it is designed to be easily configurable and highly scalable. There are various configurations of coupling BESS with a Solar PV generation facility. Choosing an optimum BESS solution entails assessing various aspects of the power generation, transmission, and distribution infrastructure.