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NextEra Energy has introduced its new decarbonisation technique, dubbed Zero Carbon Blueprint, which incorporates eliminating all scope 1 and a pair of emissions from its operations by 2045 with out the usage of carbon offsets.

Reaching the “Actual Zero” objective, which NextEra has described as “essentially the most formidable carbon emissions discount objective ever set by an energy producer”, would require “vital funding” in wind, {solar}, battery storage, nuclear, green hydrogen and different renewable sources, the corporate stated in an announcement.

It stated the Actual Zero goal was dependent, nevertheless, on “no incremental value to clients relative to options” and its efforts being “supported by cost-effective expertise developments and constructive governmental insurance policies and incentives”, regardless of its outdated CEO saying authorities assist such because the Construct Again Higher invoice was not essential to its goals.

The corporate has set interim milestones each 5 years to assist assist its progress to Actual Zero, with it planning to achieve a carbon emissions discount charge of 70% by 2025, increased than its beforehand dedication. This might then enhance to 82% in 2030, 87% by 2035 and 94% by 2040, earlier than hitting Actual Zero no later than 2045.

The US utility additionally stated that on high of its inner Actual Zero objective, the Zero Carbon Blueprint will search to assist decarbonise extra of the US energy sector by investments in renewable applied sciences in addition to concentrating on a broader decarbonisation of the US economic system.

A “significant slice” of the technique will likely be delivered at NextEra’s subsidiary Florida Energy & Mild Firm (FPL), which the dad or mum firm stated was the US’s largest electric utility serving over 12 million Floridians.

FPL’s objective is to considerably speed up the transformation of its technology combine, reaching 36% decarbonised by 2025, 52% by 2030, 62% by 2035 and 83% by 2040, culminating in 100% decarbonised by no later than 2045. 

And it plans to take action by an enormous enhance of {solar} PV and battery storage.

At the moment, FPL generates nearly 4GW of energy from {solar} and NextEra needs to extend this quantity to 90GW by 2045. Relating to battery storage, FLP is searching for so as to add greater than 50GW of battery storage to FPL’s grid, up from 500MW in the present day.

Moreover, there can be house for extra nuclear energy, whereas the current pure fuel use of 16GW would get replaced by green hydrogen in a course of that may “not lead to any stranded technology belongings,” NextEra stated, which is searching for to turn out to be a “chief in green hydrogen manufacturing”.  

To learn the complete model of this story, go to PV Tech.

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VPPs in Calif., microgrids in Nigeria, Nissan 2nd life



energy storage news

VPPs in California from MCE and PG&E/Tesla

Digital energy plant (VPP) programmes are being launched in California by non-profit renewable electrical energy supplier MCE Clear Energy and investor-owned utility PG&E with Tesla.

MCE’s VPP programme will launch in 2025 within the metropolis of Richmond. It’ll see the corporate set up sensible, clear energy applied sciences in as much as 100 properties and business and industrial (C&I) websites to create a community of digitally-connected distributed energy assets (DERs).

These will embody energy storage, sensible thermostats, rooftop {solar}, warmth pump area and water heating and EV charging. MCE will use the options to shift load out of the 4-9pm peak demand hours, decreasing buyer payments in addition to pressure on the grid.

The venture has acquired US$3 million from the California Energy Fee and can also be going to make use of the Metropolis of Richmond’s Social Affect Bond.

In the meantime, PG&E and Tesla are launching a VPP programme which can combination PG&E prospects’ Powerwall dwelling energy storage methods, of which there are some 50,000.

It’ll additionally goal the 4-9pm peak demand interval together with the summer time season, working between Could 1 and October 31. Taking part Powerwall house owners might be paid US$2/kWh for exporting energy to the system. Some reserve might be saved within the items in order that householders can proceed to make use of the batteries in case of grid outages.

It’s a part of the Emergency Load Discount Program (ELRP) accredited by by the California Public Utilities Fee (CPUC) final December to assist stop blackouts throughout peak demand hours with with 2-3 GW of recent assets and incentives to scale back utilization.

It isn’t PG&E’s first foray into VPPs, with the corporate having launched a pilot aggregating 100 solar-plus-storage dwelling methods with technology providers Sunverge and LG Electronics last year. The programme mixed LG’s energy storage methods and Sunverge’s DER software program platform.

Monetary shut on colocated venture with 50MWh BESS in California

Leeward Renewable Energy has closed debt and fairness financing totalling US$121 million for a 100MW {solar} PV, 20MW/50MWh energy storage venture in Kern County, California.

Banks Wells Fargo, MUFG and Silicon Valley Financial institution are offering US$58.5 million in Green Mortgage development financing whereas J.P. Morgan is offering a US$62.5 million tax fairness funding, a type of funding additionally recently used by a renewables platform backed by private equity firm TPG.

The Rabbitbrush {Solar} Facility, which includes a 2.5 hour battery energy storage system (BESS), is predicted to start out operations in August 2022.

Energy generated by the power might be supplied to non-profit neighborhood alternative aggregators (CCAs) Central Coast Group Energy (CCCE) and Silicon Valley Clear Energy (SVCE) by means of two beforehand introduced 15-year energy buy agreements (PPAs).

Initiative to supply microgrids for 2 million Nigerians launched

Husk Energy Programs, an organization specialising in microgrids in Africa and Asia, has introduced a brand new initiative to construct 500 microgrids in Nigeria by 2026.

The “Nigeria Sunshot Initiative” goals to supply two million Nigerians with dependable, renewable energy by 2026 from solar-hybrid microgrids.

The corporate quoted authorities information saying that {solar} microgrids characterize the bottom value possibility for 8.9 million of the 19.8 million further grid connections the nation wants for common electrification. Husk stated it will probably present 5%, or 400,000, of these connections below its initiative.

The programme has the potential to take 25,000 diesel and gasoline mills offline and electrify 700 public well being clinics, 200 personal hospitals and 100 public faculties.

Husk just lately dedicated to constructing 5,000 microgrids globally by 2030 in a 2022 UN Energy Compact.

Nissan launching second life battery venture in Tennessee

Automative group Nissan is partnering with a number of Tennessee-based organisations to construct two BESS initiatives utilizing second life batteries at its headquarters within the metropolis of Franklin.

The Japanese conglomerate is partnering with non-profit energy options firms Center Tennessee Electric, Seven States Energy Company and the College of Tennessee-Oak Ridge Innovation Institute on the venture.

Battery packs type Nissan’s LEAF electric car (EV) might be used to assemble the BESS items. The packs might be assembled in modular, scalable storage methods to supply supplemental energy provide and peak demand shaving for Nissan’s amenities.

Energy-Storage.information just lately did an in-depth interview with an organization specialising in second life software BESS initiatives, UK-based Connected Energy, which you can read here.

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Australia’s National Electricity Market ‘needs 46GW/640GWh of dispatchable energy storage by 2050’



Australia’s National Electricity Market ‘needs 46GW/640GWh of dispatchable energy storage by 2050’

Forecasted NEM capability to 2050 below AEMO’s Step Change situation. Supply: AEMO.

Because the function of coal declines and ends in Australia’s Nationwide Electrical energy Market (NEM), enormous development in dispatchable energy storage capability can be wanted within the combine, together with different applied sciences.

The Australian Energy Market Operator (AEMO) has this week launched its Built-in System Plan (ISP) which presents a 30-year roadmap for dependable and more and more low carbon-based operation of the NEM, which AEMO oversees and runs.

Because the share of {solar} PV and wind that are each variable sources of technology – grows within the NEM’s technology combine, different assets are wanted to combine that capability and stability the grid.

AEMO famous that as of as we speak, about 23GW of dispatchable agency capability comes from coal-fired technology and 11GW from gasoline and different liquid fuels. An extra 7GW is sourced from hydroelectric excluding pumped hydro energy storage (PHES) and simply 1.5GW from dispatchable energy storage, a class that features each batteries and PHES.

By 2050, the firming capability wanted will should be met with out coal, using which isn’t solely incompatible with Australia’s local weather and environmental targets however can also be turning into much less and fewer economically aggressive throughout the NEM’s constructions.

That latter pattern is about to proceed with ongoing market reforms that favour faster-responding and clear assets like storage and inverter-based renewables, from some already carried out, like five-minute settlement (5MS) intervals to others like distributed energy useful resource (DER) integration and congestion administration measures, that are being thought of.

AEMO foresees a firming capability combine by 2050 that features:

  • 46GW/640GWh of dispatchable energy storage
  • 7GW of present non-PHES hydro
  • 10GW of gas-fired peak masses

Apparently, AEMO expects a big majority of the dispatchable storage to come back from distributed-level storage assets that would embody digital energy crops (VPPs), vehicle-to-grid (V2G) and different rising applied sciences.

This comes largely off the again of already-high and regularly rising uptake of rooftop {solar} PV throughout most of Australia and AEMO famous that it’ll develop into extra frequent to put in dwelling {solar} with battery storage than with out.

Round 31GW of the forecasted want for storage can be met by distributed assets, with about 16GW of utility-scale batteries and pumped hydro.

It appears probably nonetheless that given the capability given in MWh figures would lengthen storage length to greater than 10 hours on common, a better proportion of megawatt-hour capability would come at bulk, or utility-scale areas.

Within the shorter time period, the ISP additionally highlights some instantly actionable proposed initiatives. Massive-scale transmission infrastructure buildout initiatives compromise that checklist.

A few of these transmission funding plans embody energy storage: one is a transmission hub for New South Wales which might allow the state government’s Waratah Super Battery venture and 1,500MW of interconnection capability between Victoria and Tasmania, which might allow Tasmania’s Battery of the Nation plan to ship renewable energy generated on the island state and saved with batteries and PHES into the mainland NEM.

For additional particulars and a digested learn of the plans from a {solar} PV and renewable energy perspective, see our colleagues’ comprehensive coverage of the ISP at PV Tech, or go to AEMO’s website to read the ISP in full.

Further reporting by Sean Rai-Roche.

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Jupiter Power brings operational BESS in Texas to 450MWh



jupiter power ercot texas

US unbiased energy producer (IPP) Jupiter Energy has turned its second 200MWh BESS on-line in Texas, bringing its whole capability within the state’s market to 450MWh.

Referred to as ‘Crossett’, the 200MW/200MWh facility in Crane County has entered business operations and is without doubt one of the largest BESS initiatives within the gird market operated by ERCOT.

It comes three months after Jupiter Energy turned its 100MW/200MWh Flower Valley II challenge on-line which, along with three smaller initiatives, brings the corporate’s whole operational portfolio in ERCOT to 350MW of energy and 450MWh of energy.

This makes it the biggest developer and operator of battery BESS on the ERCOT grid by whole length. In April, it obtained a Time period Mortgage and LC Facility from KeyBank Nationwide Affiliation price US$175 million to finance the portfolio which can whole 650MWh by the top of summer time.

The corporate has yet another large-scale challenge in late-stage commissioning in ERCOT, the 100MW/200MWh Swoose II website, and one other 500MWh of initiatives in ‘late levels of improvement’.

Mike Geier, Chief Know-how Officer, Jupiter Energy, mentioned: “We now have witnessed the pressure that the Texas local weather can placed on the grid throughout unseasonably heat days. Jupiter Energy’s initiatives like Crossett and Flower Valley II are optimally sited the place the grid wants help to boost resiliency each cost-effectively and reliably.”

On June 12, a heatwave led to the very best ever energy demand recorded on the ERCOT grid at 75GW, though the operator was capable of ship electrical energy to shoppers with none outages or points. The month earlier than, it needed to ask Texans to preserve energy throughout one other heatwave that coincided with energy plant outages (no such request was wanted in June).

The corporate mentioned its fleet of BESS initiatives will enhance reliability on the ERCOT grid as Texas approaches peak summer time demand. BESS items within the state are more and more counting on wholesale energy buying and selling, notably round probably the most congested nodes, which now makes up half of revenues according to one investor.

Alongside this, BESS belongings present grid ancillary help companies primarily by regulation reserve service (RRS) and a sub-set inside that group known as quick frequency response (RRS-FFR). RRS gives 10-minute energy deployments in response to important technology losses on the system whereas RRS-FFR requires belongings to be robotically deployed and supply a full response inside 15 cycles after the frequency meets or drops under 59.85 Hz.

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